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Copy pathout.yul
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out.yul
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object "contract" {
code {
datacopy(0, dataoffset("runtime"), datasize("runtime"))
return(0, datasize("runtime"))
}
object "runtime" {
code {
let method_id := shr(224, calldataload(0x0))
switch method_id
case 0x0ac298dc {
let calldata_offset$ := 4
let init_calldata_offset$ := calldata_offset$
let memory_offset$ := 0
let return_value$ := get_owner()
let processed_return_value$ := msize()
let processed_return_value_init$ := processed_return_value$
let where_to_store_head$ := processed_return_value$
let where_to_store_head_init$ := where_to_store_head$
switch byte(0, mload(return_value$))
case 68 {}
default {
// Return type mismatch abi
revert(0, 0)
}
return_value$ := add(return_value$, 1)
mstore(where_to_store_head$, shr(96, mload(return_value$)))
return_value$ := add(return_value$, 20)
where_to_store_head$ := add(where_to_store_head$, 32)
processed_return_value$ := add(processed_return_value$, 32)
return(processed_return_value_init$, sub(processed_return_value$, processed_return_value_init$))
}
case 0x4980500b {
let calldata_offset$ := 4
let init_calldata_offset$ := calldata_offset$
let memory_offset$ := 0
let return_value$ := event()
return(0, 0)
}
case 0x957592d6 {
let calldata_offset$ := 4
let init_calldata_offset$ := calldata_offset$
let memory_offset$ := 0
let return_value$ := test_address_storage()
return(0, 0)
}
default {revert(0, 0)}
function get_owner() -> return_value_1$ {
let offset$ := msize()
let $storage_get$0$ := offset$
mstore8(offset$, 68)
mstore(add(1, offset$), sload(0xf2ee15ea639b73fa3db9b34a245bdfa015c260c598b211bf05a1ecc4b3e3b4f2))
//offset$ := add(offset$, 1)
offset$ := add(offset$, 21)
return_value_1$ := $storage_get$0$
}
function event() -> return_value_1$ {
let offset$ := msize()
let var0$ := offset$
mstore8(offset$, 67)
offset$ := add(offset$, 1)
mstore(offset$, shl(0, 1))
offset$ := add(offset$, 32)
let indexed_a_pointer$ := var0$
switch byte(0, mload(indexed_a_pointer$))
case 67 {}
default {
revert(0, 0)
}
indexed_a_pointer$ := add(indexed_a_pointer$, 1)
let indexed_a_keccak_var$ := shr(0, mload(indexed_a_pointer$))
let list4$ := offset$
mstore8(offset$, 103)
offset$ := add(offset$, 1)
mstore(offset$, 3)
offset$ := add(offset$, 32)
mstore8(offset$, 67)
offset$ := add(offset$, 1)
mstore(offset$, 1)
offset$ := add(offset$, 32)
mstore8(offset$, 67)
offset$ := add(offset$, 1)
mstore(offset$, 2)
offset$ := add(offset$, 32)
mstore8(offset$, 67)
offset$ := add(offset$, 1)
mstore(offset$, 3)
offset$ := add(offset$, 32)
let indexed_b_keccak_init$ := offset$
let indexed_b_pointer$ := list4$
switch byte(0, mload(indexed_b_pointer$))
case 103 {}
default {revert(0, 0)}
indexed_b_pointer$ := add(indexed_b_pointer$, 1)
let size_of_indexed_b_pointer$_0$ := mload(indexed_b_pointer$)
indexed_b_pointer$ := add(indexed_b_pointer$, 32)
for {let i_indexed_b_pointer$0$ := 0} lt(i_indexed_b_pointer$0$, size_of_indexed_b_pointer$_0$)
{
i_indexed_b_pointer$0$ := add(i_indexed_b_pointer$0$, 1)
}
{
switch byte(0, mload(indexed_b_pointer$))
case 67 {}
default {revert(0, 0)}
indexed_b_pointer$ := add(indexed_b_pointer$, 1)
mstore(offset$, shr(0, indexed_b_pointer$))
offset$ := add(offset$, 32)
indexed_b_pointer$ := add(indexed_b_pointer$, 32)
offset$ := add(indexed_b_keccak_init$, mul(32, add(1, div(sub(sub(offset$, indexed_b_keccak_init$), 1), 32))))
}
let indexed_b_keccak_var$ := keccak256(indexed_b_keccak_init$, sub(offset$, indexed_b_keccak_init$))
//let indexed_data_init$ := msize()
//let indexed_data$ := indexed_data_init$
//indexed_data$ := add(indexed_data$, 64)
let return_value$ := 0
let processed_return_value$ := msize()
let processed_return_value_init$ := processed_return_value$
processed_return_value$ := add(processed_return_value$, 64)
let var5$ := offset$
mstore8(offset$, 67)
offset$ := add(offset$, 1)
mstore(offset$, shl(0, 2))
offset$ := add(offset$, 32)
let list9$ := offset$
mstore8(offset$, 103)
offset$ := add(offset$, 1)
mstore(offset$, 3)
offset$ := add(offset$, 32)
mstore8(offset$, 67)
offset$ := add(offset$, 1)
mstore(offset$, 1)
offset$ := add(offset$, 32)
mstore8(offset$, 67)
offset$ := add(offset$, 1)
mstore(offset$, 2)
offset$ := add(offset$, 32)
mstore8(offset$, 67)
offset$ := add(offset$, 1)
mstore(offset$, 3)
offset$ := add(offset$, 32)
let c_$ := processed_return_value$
let c_init$ := c_$
let c_where_to_store_head$ := add(processed_return_value_init$, 0)
let c_where_to_store_head_init$ := c_where_to_store_head$
return_value$ := var5$
switch byte(0, mload(return_value$))
case 67 {}
default {
// Return type mismatch abi
revert(0, 0)
}
return_value$ := add(return_value$, 1)
mstore(c_where_to_store_head$, shr(0, mload(return_value$)))
return_value$ := add(return_value$, 32)
c_where_to_store_head$ := add(c_where_to_store_head$, 32)
// processed_return_value$ := add(processed_return_value$, 32)
// return(processed_return_value_init$, sub(processed_return_value$, processed_return_value_init$))
let d_$ := processed_return_value$
let d_init$ := d_$
let d_where_to_store_head$ := add(processed_return_value_init$, 32)
let d_where_to_store_head_init$ := d_where_to_store_head$
return_value$ := list9$
switch byte(0, mload(return_value$))
case 103 {}
default {
// Return type mismatch abi
revert(0, 0)
}
return_value$ := add(return_value$, 1)
let size$ := mload(return_value$)
return_value$ := add(return_value$, 32)
mstore(d_where_to_store_head$, sub(processed_return_value$, d_where_to_store_head_init$))
d_where_to_store_head$ := add(d_where_to_store_head$, 32)
mstore(processed_return_value$, size$)
processed_return_value$ := add(processed_return_value$, 32)
let d_where_to_store_head$i$_$ := processed_return_value$
let d_where_to_store_head_init$i$_$ := d_where_to_store_head$i$_$
processed_return_value$ := add(processed_return_value$, mul(size$, 32))
for { let i$ := 0 } lt(i$, size$) { i$ := add(i$, 1) } {
switch byte(0, mload(return_value$))
case 67 {}
default {
// Return type mismatch abi
revert(0, 0)
}
return_value$ := add(return_value$, 1)
mstore(d_where_to_store_head$i$_$, shr(0, mload(return_value$)))
return_value$ := add(return_value$, 32)
d_where_to_store_head$i$_$ := add(d_where_to_store_head$i$_$, 32)
}
// processed_return_value$ := add(processed_return_value$, 32)
// return(processed_return_value_init$, sub(processed_return_value$, processed_return_value_init$))
log3(processed_return_value_init$, sub(processed_return_value_init$, processed_return_value$), 0x440e3ef808cab35cf3ac3f28adaf173b52d585f1f2d9e6fb1b705b96b3542b71, indexed_a_keccak_var$, indexed_b_keccak_var$)
}
function test_address_storage() -> return_value_1$ {
let offset$ := msize()
let tx_origin$0 := offset$
mstore8(offset$, 68)
offset$ := add(offset$, 1)
mstore(offset$, shl(96, origin()))
offset$ := add(offset$, 20)
sstore(0xf2ee15ea639b73fa3db9b34a245bdfa015c260c598b211bf05a1ecc4b3e3b4f2, mload(add(tx_origin$0, 1)))
}
}
}
}