import pprint as p
from blockchain import Blockchain
bch = Blockchain()
bch.addNewBlock('First transaction')
bch.addNewBlock('Second transaction')
bch.addNewBlock('Third transaction')
bch.addNewBlock('First transaction')
bch.addNewBlock('Second transaction')
bch.addNewBlock('Second transaction')
bch.addNewBlock('Second transaction')
bch.addNewBlock('Second transaction')
p.pprint(bch.blocks)

b16101e79161dde22441296a8d97e221dc5f3734
<mask token>

<mask token>
bch.addNewBlock('First transaction')
bch.addNewBlock('Second transaction')
bch.addNewBlock('Third transaction')
bch.addNewBlock('First transaction')
bch.addNewBlock('Second transaction')
bch.addNewBlock('Second transaction')
bch.addNewBlock('Second transaction')
bch.addNewBlock('Second transaction')
p.pprint(bch.blocks)

<mask token>
bch = Blockchain()
bch.addNewBlock('First transaction')
bch.addNewBlock('Second transaction')
bch.addNewBlock('Third transaction')
bch.addNewBlock('First transaction')
bch.addNewBlock('Second transaction')
bch.addNewBlock('Second transaction')
bch.addNewBlock('Second transaction')
bch.addNewBlock('Second transaction')
p.pprint(bch.blocks)

import pprint as p
from blockchain import Blockchain
bch = Blockchain()
bch.addNewBlock('First transaction')
bch.addNewBlock('Second transaction')
bch.addNewBlock('Third transaction')
bch.addNewBlock('First transaction')
bch.addNewBlock('Second transaction')
bch.addNewBlock('Second transaction')
bch.addNewBlock('Second transaction')
bch.addNewBlock('Second transaction')
p.pprint(bch.blocks)
