Dante Alabastro DanteAlabastro

## cipher.py
letter = 'a'
n = 1
# input - strip white space and punctuation. all lowercase.

# key
key = 'test'

# key as list
keyL = list(key)

## mapping.sol
pragma solidity ^0.4.25;

contract Mapping{

    mapping (string => address) _Address;
    mapping (string => uint256) _Balance;
    mapping (string => bool) _Lock;

    event broadcast( string );


## Distribution(Collected).sol
pragma solidity ^0.4.25;

        /*      Welcome to my submission for EthSF!
            This is a Payroll System built for ether miners.
                        I hope you enjoy.                      */

                // # Now collected in one contract! # //
                // # And hopefully less overflows! # //

    //github: https://github.com/DanteAlabastro

## test.sol
pragma solidity ^0.4.25;

/*Test Solidity Upload*/

contract test{
    uint number = 8;
    function WhatNumber()public view returns(uint){
        return number;
    }
}

## OnOff.sol
pragma solidity ^0.4.21;

contract OnOff{

    bool public kill_switch = false;
    address Owner = msg.sender;

    modifier IsOwner(){
        require(msg.sender == Owner);
        _;

## Visitors Log.sol
pragma solidity ^0.4.25;

contract VisitorsLog{

uint logCount = 0;

/* Create Struct */

struct Guest{
    string _note;

## Sha3BruteForce.py
from web3 import *
from hexbytes import *
# ^ HexBytes allows for the type identifier.

# Loop through all uint8 values, 0-255.
for i in range(0,256):
# It is important to hash the value the same way Solidity would.
# You must declare the value as a uint8 as it will change the resulting hash.
    a = Web3.soliditySha3(['uint8'],[i])
# Unneccary but provides nice feedback. Does not print value as hexbyte!
	letter = 'a'
	n = 1
	# input - strip white space and punctuation. all lowercase.

	# key
	key = 'test'

	# key as list
	keyL = list(key)
	pragma solidity ^0.4.25;

	contract Mapping{

	mapping (string => address) _Address;
	mapping (string => uint256) _Balance;
	mapping (string => bool) _Lock;

	event broadcast( string );
	pragma solidity ^0.4.25;

	/* Welcome to my submission for EthSF!
	This is a Payroll System built for ether miners.
	I hope you enjoy. */

	// # Now collected in one contract! # //
	// # And hopefully less overflows! # //

	//github: https://github.com/DanteAlabastro
	pragma solidity ^0.4.25;

	/Test Solidity Upload/

	contract test{
	uint number = 8;
	function WhatNumber()public view returns(uint){
	return number;
	}
	}
	pragma solidity ^0.4.21;

	contract OnOff{

	bool public kill_switch = false;
	address Owner = msg.sender;

	modifier IsOwner(){
	require(msg.sender == Owner);
	_;
	pragma solidity ^0.4.25;

	contract VisitorsLog{

	uint logCount = 0;

	/* Create Struct */

	struct Guest{
	string _note;
	from web3 import *
	from hexbytes import *
	# ^ HexBytes allows for the type identifier.

	# Loop through all uint8 values, 0-255.
	for i in range(0,256):
	# It is important to hash the value the same way Solidity would.
	# You must declare the value as a uint8 as it will change the resulting hash.
	a = Web3.soliditySha3(['uint8'],[i])
	# Unneccary but provides nice feedback. Does not print value as hexbyte!