def thankYou_URL(request):
"""URL: thankyou
"""
answer = addHeader()
answer += "after payment.</p>"
# TODO: Do some fancy reaction 'Hooray you have paid'.
answer += "<h1>Thank you for your purchase:</h1>"
answer += printDictAsHtmlPRE(request.GET.dict())
return HttpResponse(htmlBodyTags(answer))
def thankYou_URL(request):
"""URL: thankyou
"""
answer = addHeader()
answer += "after payment.</p>"
# TODO: Do some fancy reaction 'Hooray you have paid'.
answer += "<h1>Thank you for your purchase:</h1>"
answer += printDictAsHtmlPRE(request.GET.dict())
return HttpResponse(htmlBodyTags(answer))
def cancel_URL(request):
"""URL: cancel
"""
answer = addHeader()
answer += "after there was no payment for 15 minutes.</p>"
# TODO: Do some fancy reaction 'You waited too long'.
answer += "<h1>Checkout was cancelled:</h1>"
answer += printDictAsHtmlPRE(request.GET.dict())
return HttpResponse(htmlBodyTags(answer))
def cancel_URL(request):
"""URL: cancel
"""
answer = addHeader()
answer += "after there was no payment for 15 minutes.</p>"
# TODO: Do some fancy reaction 'You waited too long'.
answer += "<h1>Checkout was cancelled:</h1>"
answer += printDictAsHtmlPRE(request.GET.dict())
return HttpResponse(htmlBodyTags(answer))
def hook_URL(request, hookname, dbg=DEBUG_MESSAGES, DROP_ALL_BUT_POST = False):
"URL: receiving webhook, to digest Coinbase answers."
if dbg: print "Received %s request on /hook/%s/" %(request.method, hookname)
if DROP_ALL_BUT_POST and (request.method != 'POST'):
answer="How dare you fiddle around here. Go away."
return HttpResponseBadRequest(htmlBodyTags(answer))
trust = canHookDataBeTrusted(request, hookname, dbg=DEBUG_MESSAGES)
# Store all. Regardless. Later switch off?
hook_storeCallbackDataIntoDatabase(request, hookname, trust)
# If the notification is really coming from coinbase, do all the fancy stuff:
if trust:
# TODO: Especially if more reactions are added, then this could be done in
# its own thread, to be able to quickly answer back to Coinbase: (200, OK)
if dbg: print "Request is trusted. Calling reactions:"
reactions.ifTrustedCallbackData(request, hookname, dbg)
return HttpResponse(htmlBodyTags( "Thanks." )) # (200, OK)
def hook_URL(request, hookname, dbg=DEBUG_MESSAGES, DROP_ALL_BUT_POST=False):
"URL: receiving webhook, to digest Coinbase answers."
if dbg:
print "Received %s request on /hook/%s/" % (request.method, hookname)
if DROP_ALL_BUT_POST and (request.method != 'POST'):
answer = "How dare you fiddle around here. Go away."
return HttpResponseBadRequest(htmlBodyTags(answer))
trust = canHookDataBeTrusted(request, hookname, dbg=DEBUG_MESSAGES)
# Store all. Regardless. Later switch off?
hook_storeCallbackDataIntoDatabase(request, hookname, trust)
# If the notification is really coming from coinbase, do all the fancy stuff:
if trust:
# TODO: Especially if more reactions are added, then this could be done in
# its own thread, to be able to quickly answer back to Coinbase: (200, OK)
if dbg: print "Request is trusted. Calling reactions:"
reactions.ifTrustedCallbackData(request, hookname, dbg)
return HttpResponse(htmlBodyTags("Thanks.")) # (200, OK)
def buy_URL(request, dbg=DEBUG_MESSAGES):
"""URL: webpage with form.
First access (GET): Send form to user browser.
Second access (POST, but invalid): Send form with red missing fields.
Third access (POST, valid): Create Coinbase checkout, redirect there.
"""
if request.method == 'GET':
if dbg: print "showing webpage with form to input credentials"
form = newBuyForm()
return renderBuyForm(request, form)
elif request.method == 'POST':
if dbg: print "POST request received."
form = newBuyForm(request.POST)
if not form.is_valid(): # then report the missing fields:
if dbg: print "Form validation failed."
return renderBuyForm(request, form)
else: # form entries are valid, hooray :-)
newbuy = form.save()
if dbg:
print "Valid. Saved. Taking form entries, and creating a coinbase checkout."
duration = form.cleaned_data['duration']
price = [p["price"] for p in CHOICES
if p["name"] == duration][0] # take first!
metadata = {
"id": newbuy.
id, # primary key can later be used to identify (paid --> newbuy)
"duration": duration,
"price": "%s %s" % (price, CURRENCY)
} # most important data into payment
presets = None if not SHOW_ALL_PRICES_AGAIN else [
p["price"] for p in CHOICES
]
hook = hookname() # automatically creates new random .name
hook.NewBuy = newbuy # set foreign key, then
hook.save()
try:
checkout = createCoinbaseCheckout(amount=price,
metadata=metadata,
amount_presets=presets,
hook=hook.name)
except Exception as e:
answer = "Problem. Please tell us: (%s) %s" % (str(type(e)), e)
print answer
return HttpResponse(htmlBodyTags(answer))
if dbg:
print "client.create_checkout.warnings=%s" % checkout.warnings
# print checkout
embed_code = checkout["embed_code"]
payment_url = '%s/checkouts/%s' % (API_FRONTEND_URL, embed_code)
if dbg: print "redirecting to coinbase: %s" % payment_url
return redirect(payment_url)
def buy_URL(request, dbg=DEBUG_MESSAGES):
"""URL: webpage with form.
First access (GET): Send form to user browser.
Second access (POST, but invalid): Send form with red missing fields.
Third access (POST, valid): Create Coinbase checkout, redirect there.
"""
if request.method == "GET":
if dbg:
print "showing webpage with form to input credentials"
form = newBuyForm()
return renderBuyForm(request, form)
elif request.method == "POST":
if dbg:
print "POST request received."
form = newBuyForm(request.POST)
if not form.is_valid(): # then report the missing fields:
if dbg:
print "Form validation failed."
return renderBuyForm(request, form)
else: # form entries are valid, hooray :-)
newbuy = form.save()
if dbg:
print "Valid. Saved. Taking form entries, and creating a coinbase checkout."
duration = form.cleaned_data["duration"]
price = [p["price"] for p in CHOICES if p["name"] == duration][0] # take first!
metadata = {
"id": newbuy.id, # primary key can later be used to identify (paid --> newbuy)
"duration": duration,
"price": "%s %s" % (price, CURRENCY),
} # most important data into payment
presets = None if not SHOW_ALL_PRICES_AGAIN else [p["price"] for p in CHOICES]
hook = hookname() # automatically creates new random .name
hook.NewBuy = newbuy # set foreign key, then
hook.save()
try:
checkout = createCoinbaseCheckout(
amount=price, metadata=metadata, amount_presets=presets, hook=hook.name
)
except Exception as e:
answer = "Problem. Please tell us: (%s) %s" % (str(type(e)), e)
print answer
return HttpResponse(htmlBodyTags(answer))
if dbg:
print "client.create_checkout.warnings=%s" % checkout.warnings
# print checkout
embed_code = checkout["embed_code"]
payment_url = "%s/checkouts/%s" % (API_FRONTEND_URL, embed_code)
if dbg:
print "redirecting to coinbase: %s" % payment_url
return redirect(payment_url)
