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关于solidity:matic马蹄链超级MMM互助dapp系统开发模式以及源代码详情

jiezi

智能合约是一个运行在以太坊链上的一个程序，它是位于以太坊区块链上一个特定地址的一系列代码（函数）和数据（状态）。

智能合约也是一个以太坊帐户，咱们称之为合约帐户。这意味着它们有余额，能够成为交易的对象。然而，超级 MMM（3M）互助零碎开发对接唯 hkkf5566，他们无奈被人操控，他们是被部署在网络上作为程序运行着。个人用户能够通过提交交易执行智能合约的某一个函数来与智能合约进行交互。智能合约能像惯例合约一样定义规定，并通过代码主动强制执行。默认状况下，您无奈删除智能合约，与它们的交互是不可逆的

Palkeoramix decompiler.

def storage:
owner is addr at storage 0
stor1 is addr at storage 1
stor2 is addr at storage 2
stor3 is uint8 at storage 3
stor3 is uint8 at storage 3 offset 160
stor3 is uint8 at storage 3 offset 168
stor3 is uint8 at storage 3 offset 176
stor3 is uint8 at storage 3 offset 184
stor3 is uint8 at storage 3 offset 192
stor3 is uint64 at storage 3 offset 200
stor3 is addr at storage 3
stor4 is addr at storage 4
stor5 is addr at storage 5
stor6 is addr at storage 6
stor7 is addr at storage 7
stor8 is mapping of uint8 at storage 8
def owner(): # not payable
return owner
def unknownc7e21014(addr _param1): # not payable
return bool(stor8[addr(_param1)])

Regular functions

def _fallback() payable: # default function
revert
def isOwner(): # not payable
return (caller == owner)
def unknown0a5aa421(): # not payable
return stor4, stor5, stor6, stor7
def unknowne419d406(): # not payable
return stor1, stor2, addr(stor3.field_0)
def renounceOwnership(): # not payable
require caller == owner
log OwnershipRenounced(address previousOwner=owner)
owner = 0
def unknownd10fc104(): # not payable
return uint8(stor3.field_0), uint8(stor3.field_0), uint8(stor3.field_0), uint8(stor3.field_0), uint8(stor3.field_192)
def unknown8ea2cdd6(addr _param1, addr _param2, addr _param3): # not payable
require caller == owner
stor1 = _param1
stor2 = _param2
addr(stor3.field_0) = _param3
def unknown93b4f0a5(addr _param1, addr _param2, addr _param3, addr _param4): # not payable
require caller == owner
stor4 = _param1
stor5 = _param2
stor6 = _param3
stor7 = _param4
def transferOwnership(address _newOwner): # not payable
require caller == owner
require _newOwner
log OwnershipTransferred(

address previousOwner=owner,
address newOwner=_newOwner)

owner = _newOwner
def unknownc96e51d0(addr _param1, bool _param2): # not payable
require caller == owner
if _param2 == bool(stor8[addr(_param1)]):

revert with 0x8c379a000000000000000000000000000000000000000000000000000000000, 'This address is already the value of'value''

stor8[addr(_param1)] = uint8(_param2)
def unknownb1e49ad7(addr _param1, uint256 _param2): # not payable
require ext_code.size(stor1)
call stor1.transferFrom(address from, address to, uint256 tokens) with:

gas gas_remaining wei
args addr(_param1), this.address, _param2

if not ext_call.success:

revert with ext_call.return_data[0 len return_data.size]

def unknown8ef9348c(uint8 _param1, uint8 _param2, uint8 _param3, uint8 _param4, uint8 _param5): # not payable
require caller == owner
uint8(stor3.field_160) = _param1
uint8(stor3.field_168) = _param2
uint8(stor3.field_176) = _param3
uint8(stor3.field_184) = _param4
uint8(stor3.field_192) = _param5
stor3.field_200 % 72057594037927936 = 0
def unknown2f00d4cb(addr _param1, uint256 _param2): # not payable
if not stor8[caller]:

revert with 0, 'Error: caller is not the caller'

require ext_code.size(stor1)
call stor1.transfer(address to, uint256 tokens) with:

gas gas_remaining wei
args addr(_param1), _param2

if not ext_call.success:

revert with ext_call.return_data[0 len return_data.size]

def unknown46da7811(addr _param1, uint256 _param2): # not payable
if not stor8[caller]:

revert with 0, 'Error: caller is not the caller'

require ext_code.size(addr(stor3.field_0))
call addr(stor3.field_0).mint(address owner, uint256 value) with:

gas gas_remaining wei
args addr(_param1), _param2

if not ext_call.success:

revert with ext_call.return_data[0 len return_data.size]

require return_data.size >= 32
def unknown7d4fa89a(addr _param1, uint256 _param2): # not payable
require ext_code.size(stor1)
call stor1.transferFrom(address from, address to, uint256 tokens) with:

gas gas_remaining wei
args addr(_param1), stor2, _param2

if not ext_call.success:

revert with ext_call.return_data[0 len return_data.size]

require ext_code.size(stor2)
call stor2.mint(address owner, uint256 value) with:

gas gas_remaining wei
args addr(_param1), _param2

if not ext_call.success:

revert with ext_call.return_data[0 len return_data.size]

require return_data.size >= 32
def unknown1163023e(addr _param1, uint256 _param2): # not payable
require ext_code.size(stor1)
call stor1.balanceOf(address tokenOwner) with:

gas gas_remaining wei
args _param1

if not ext_call.success:

revert with ext_call.return_data[0 len return_data.size]

require return_data.size >= 32
require ext_call.return_data[0] >= _param2
require ext_code.size(stor1)
call stor1.balanceOf(address tokenOwner) with:

gas gas_remaining wei
args stor2

if not ext_call.success:

revert with ext_call.return_data[0 len return_data.size]

require return_data.size >= 32
require ext_call.return_data[0] >= _param2 * uint8(stor3.field_160) / 1000
require ext_code.size(stor2)
call stor2.balanceOf(address tokenOwner) with:

gas gas_remaining wei
args _param1

if not ext_call.success:

revert with ext_call.return_data[0 len return_data.size]

require return_data.size >= 32
require ext_call.return_data[0] >= _param2 * uint8(stor3.field_160) / 1000
require ext_code.size(addr(stor3.field_0))
call addr(stor3.field_0).balanceOf(address tokenOwner) with:

gas gas_remaining wei
args _param1

if not ext_call.success:

revert with ext_call.return_data[0 len return_data.size]

require return_data.size >= 32
require ext_call.return_data[0] >= 100 * 10^6
require ext_code.size(stor1)
call stor1.transferFrom(address from, address to, uint256 tokens) with:

gas gas_remaining wei
args addr(_param1), this.address, _param2

if not ext_call.success:

revert with ext_call.return_data[0 len return_data.size]

require ext_code.size(stor2)
call stor2.transferOut(address param1, uint256 param2) with:

gas gas_remaining wei
args stor4, _param2 * uint8(stor3.field_168) / 1000

if not ext_call.success:

revert with ext_call.return_data[0 len return_data.size]

require ext_code.size(stor2)
call stor2.transferOut(address param1, uint256 param2) with:

gas gas_remaining wei
args stor5, _param2 * uint8(stor3.field_176) / 1000

if not ext_call.success:

revert with ext_call.return_data[0 len return_data.size]

require ext_code.size(stor2)
call stor2.transferOut(address param1, uint256 param2) with:

gas gas_remaining wei
args stor6, _param2 * uint8(stor3.field_184) / 1000

if not ext_call.success:

revert with ext_call.return_data[0 len return_data.size]

require ext_code.size(stor2)
call stor2.transferOut(address param1, uint256 param2) with:

gas gas_remaining wei
args stor7, _param2 * uint8(stor3.field_192) / 1000

if not ext_call.success:

revert with ext_call.return_data[0 len return_data.size]

require ext_code.size(stor2)
call stor2.burn(address who, uint256 value) with:

gas gas_remaining wei
args addr(_param1), _param2 * uint8(stor3.field_160) / 1000

if not ext_call.success:

revert with ext_call.return_data[0 len return_data.size]

require return_data.size >= 32
require ext_code.size(addr(stor3.field_0))
call addr(stor3.field_0).burn(address who, uint256 value) with:

gas gas_remaining wei
args addr(_param1), 100 * 10^6

if not ext_call.success:

revert with ext_call.return_data[0 len return_data.size]

require return_data.size >= 32

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