dleonard00

wget https://storage.googleapis.com/golang/go1.7.linux-armv6l.tar.gz
tar -C /usr/local -xzf go1.7.linux-armv6l.tar.gz
export PATH=$PATH:/usr/local/go/bin

dleonard00

Some significant changes that impact the swap implementation are the restructuring of protocols found in swarm/network/protocol.go So far I have added back swap specific properties to the Bzz Struct and Peer Struct.

Right now, everything compiles and runs - but when I connect two swarm peers there is not any swap accounting happening. This is to be expected because I haven't yet implemented the swap instances on the Bzz or Peer Structs. I am planning to begin implementing this here

Would you mind taking a quick look at what's been done so far and help me understand if I'm headed the right direction, or if I'm way off in my approach thus far. And

dleonard00

Peer should implement a send method. (as a p2p/Protocol msg Type)
Swap should be a protocol (p2p/Protocol) that the peer implements.
Swap protocol should have 2 messages (payment request, and payment)
Eliminate the 'proto' interface e.g. `self.proto.Pay(-self.balance, promise)`

This next section basically is to say, don't let the cheqbook deployment and interface logic get in the way of the developement of implementing Swap.
Leave cheque book deployment alone.
Could draft how to simplify the cheqbook.
A simplified version of the cheqbook will be deployed.

dleonard00

pragma solidity ^0.4.21;


/**
 * @title SafeMath
 * @dev Math operations with safety checks that throw on error
 */
library SafeMath {

  /**

dleonard00

admin.addPeer("enode://0f740f471e876020566c2ce331c81b4128b9a18f636b1d4757c4eaea7f077f4b15597a743f163280293b0a7e35092064be11c4ec199b9905541852a36be9004b@206.221.178.149:30303");
admin.addPeer("enode://16d92fc94f4ec4386aca44d255853c27cbe97a4274c0df98d2b642b0cc4b2f2330e99b00b46db8a031da1a631c85e2b4742d52f5eaeca46612cd28db41fb1d7f@91.223.175.173:30303");
admin.addPeer("enode://1d70e87a2ee28a2762f1b2cd56f1b9134824a84264030539bba297f67a5bc9ec7ae3016b5f900dc59b1c27b4e258a63fc282a37b2dd6e25a8377473530513394@208.88.169.151:30303");
admin.addPeer("enode://561014f4725f2793a3ec18ae48c3524517004518454052327cfa4bb78216b774271a17db61121f6a23a51420626aacecdd177be3990e0bec34627dbf8434d806@108.232.148.241:30303");
admin.addPeer("enode://9ba1bdeed84efec70f4caa6d94be303e6d659eebbe9ba293d38a3c2242aa3f59ba6e436f83971a241c23149c0f2eab963b21b65c29ff1f9407082233204004f9@104.192.88.96:30303");
admin.addPeer("enode://cd626999588e7dba545258872c3e42f1278b9f51b70706286380558f9da93247d5b25b9d2ca0668c76e23f78a499690ab26092bb6ef56c6145fe29b1

dleonard00

// Add this function to the bottom of swarm/storage/filestore.go

func (f *FileStore) Append(addr Address, data io.Reader, toEncrypt bool) (newAddr Address, wait func(), err error) {
	putter := NewHasherStore(f.ChunkStore, f.hashFunc, toEncrypt)
	return PyramidAppend(addr, data, putter, putter)
}

dleonard00

var lastPercentage = 0;var lastBlocksToGo = 0;var timeInterval = 10000;
setInterval(function(){
    var percentage = eth.syncing.currentBlock/eth.syncing.highestBlock*100;
    var percentagePerTime = percentage - lastPercentage;
    var blocksToGo = eth.syncing.highestBlock - eth.syncing.currentBlock;
    var bps = (lastBlocksToGo - blocksToGo) / (timeInterval / 1000)
    var etas = 100 / percentagePerTime * (timeInterval / 1000)

    var etaM = parseInt(etas/60,10);
    console.log(parseInt(percentage,10)+'% ETA: '+etaM+' minutes @ '+bps+'bps');

dleonard00

pragma solidity ^0.4.21;

/**
 * @title Ownable
 * @dev The Ownable contract has an owner address, and provides basic authorization control
 * functions, this simplifies the implementation of "user permissions".
 */
contract Ownable {
  address public owner;