def get(self, token, example='btc'):
ctx = CKObject(max_time=MAX_PAY_TIME)
if token == 'example':
cct = example.upper()
ctx.cct = cct
ctx.payable = Decimal('0.1612')
ctx.payable_cct = cct
ctx.amount_cct = 'USD'
ctx.amount = Decimal('100.00')
ctx.show_fiat = True
ctx.label = 'Doggy Dash Crypto Cash'
ctx.pubkey = 'n1EeygjWd6WSWxMyUx8Y6RBts3Mo8aZr3S'
ctx.time_left = 10 * 60
ctx.is_paid = False
else:
# find in DB
inv = MyInvoice.get_by_token(token)
if not inv:
ctx.token = token
template = JINJA_ENV.get_template('missing.html')
self.response.write(template.render(ctx))
return
ctx.update(inv.to_dict())
cct = inv.payable_cct
ctx.label = ctx.label or ''
ctx.time_left = inv.get_time_left()
d = get_ck_detail(inv.ck_refnum)
print "details = %r" % d
# Has it been paid?? Limitations here:
# - should handle amounts less that desired total, for wallets that sometimes
# round down by a few satoshis.
# - check # of confirmations are suitable for risk preferences
#
ctx.is_paid = d.is_completed or (d.amount_so_far.decimal >=
ctx.payable)
assert ctx.pubkey == d.coin.address
if ctx.show_fiat:
ctx.exchange_rates = [
('1 %s' % cct, '$612 USD'),
('%s %s' % (ctx.amount, cct), '$612 USD'),
]
# a small dictionary of values we need to connect to pubnub
ctx.pubnub_auth = get_pubnub_auth()
ctx.bitcoin_link = ('bitcoin:%s?' % ctx.pubkey) + urlencode(
dict(amount=ctx.amount, message=ctx.label[0:40]))
template = JINJA_ENV.get_template('invoice.html')
self.response.write(template.render(ctx))
def get(self, token, example='btc'):
ctx = CKObject(max_time = MAX_PAY_TIME)
if token == 'example':
cct = example.upper()
ctx.cct = cct
ctx.payable = Decimal('0.1612')
ctx.payable_cct = cct
ctx.amount_cct = 'USD'
ctx.amount = Decimal('100.00')
ctx.show_fiat = True
ctx.label = 'Doggy Dash Crypto Cash'
ctx.pubkey = 'n1EeygjWd6WSWxMyUx8Y6RBts3Mo8aZr3S'
ctx.time_left = 10*60
ctx.is_paid = False
else:
# find in DB
inv = MyInvoice.get_by_token(token)
if not inv:
ctx.token = token
template = JINJA_ENV.get_template('missing.html')
self.response.write(template.render(ctx))
return
ctx.update(inv.to_dict())
cct = inv.payable_cct
ctx.label = ctx.label or ''
ctx.time_left = inv.get_time_left()
d = get_ck_detail(inv.ck_refnum)
print "details = %r" % d
# Has it been paid?? Limitations here:
# - should handle amounts less that desired total, for wallets that sometimes
# round down by a few satoshis.
# - check # of confirmations are suitable for risk preferences
#
ctx.is_paid = d.is_completed or (d.amount_so_far.decimal >= ctx.payable)
assert ctx.pubkey == d.coin.address
if ctx.show_fiat:
ctx.exchange_rates = [
('1 %s' % cct, '$612 USD'),
('%s %s' % (ctx.amount, cct), '$612 USD'),
]
# a small dictionary of values we need to connect to pubnub
ctx.pubnub_auth = get_pubnub_auth()
ctx.bitcoin_link = ('bitcoin:%s?' % ctx.pubkey) + urlencode(dict(
amount = ctx.amount, message = ctx.label[0:40]))
template = JINJA_ENV.get_template('invoice.html')
self.response.write(template.render(ctx))
def get(self, token, test_case):
# Hack to simulate payment.
inv = MyInvoice.get_by_token(token)
if test_case == '0':
msg = dict(event_code='credit_0',
activity='acccc-acccccc',
desc="Unconfirmed credit",
request=inv.ck_refnum)
ret = CK_API.pubnub_send(msg)
else:
self.error(404)
self.response.content_type = 'text/plain'
self.response.write(repr(ret))
def get(self, token, test_case):
# Hack to simulate payment.
inv = MyInvoice.get_by_token(token)
if test_case == '0':
msg = dict(event_code = 'credit_0',
activity = 'acccc-acccccc',
desc = "Unconfirmed credit",
request = inv.ck_refnum)
ret = CK_API.pubnub_send(msg)
else:
self.error(404)
self.response.content_type = 'text/plain'
self.response.write(repr(ret))