init.go

package main

import (
	"fmt"
	"goBlockchain/p2p/handlers"
	"goBlockchain/blockchain"
	"goBlockchain/webserver"
	"log"
	"time"
)

//CalculateHash hashes the values of a TestContent

func main() {

	//nodeHash := utility.Hash("MainNodeId1")
	//nodeKey := security.GenerateKey(nodeHash)

	//tx1 := transactions.Tx(nodeKey, "Tomer", 1, "mm")
	//tx2 := transactions.Tx(nodeKey, "Yaki", 1, "mm")
	//tx3 := transactions.Tx(nodeKey, "Koko", 1, "mm")
	//tx4 := transactions.Tx(nodeKey, "Momo", 1, "mm")
	//
	//sign1 := security.Sign(tx1.GetHash(), nodeHash)
	//sign2 := security.Sign(tx2.GetHash(), nodeHash)
	//sign3 := security.Sign(tx3.GetHash(), nodeHash)
	//sign4 := security.Sign(tx4.GetHash(), nodeHash)
	//
	//valid1 := security.VerifySignature(sign1, tx1.GetHash(), nodeKey)
	//valid2 := security.VerifySignature(sign2, tx2.GetHash(), nodeKey)
	//valid3 := security.VerifySignature(sign3, tx3.GetHash(), nodeKey)
	//valid4 := security.VerifySignature(sign4, tx4.GetHash(), nodeKey)
	//
	//fmt.Println(valid1)
	//fmt.Println(valid2)
	//fmt.Println(valid3)
	//fmt.Println(valid4)

	//bc := blockchain.GetInstance()
	//
	//bc.AddTransaction(tx1, sign1)
	//bc.AddTransaction(tx2, sign2)
	//bc.AddTransaction(tx3, sign3)
	//bc.AddTransaction(tx4, sign4)
	//////////
	//bc.MineNextBlock()

	//
	//fmt.Println(bc.GetLastBlock())
	//
	go Runner()
	go handlers.StartServer()
	//
	go log.Fatal(webserver.Run())

}

func Runner() {
	bc := blockchain.GetInstance()
	for {
		time.Sleep(4 * time.Second)
		if len(bc.GetPendingTransactions()) > 0 {
			fmt.Printf("Mining new Block......\n")
			bc.MineNextBlock()
		}
	}
}