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Now printing out a lot of info for each supporter

pull/1/head
Raymond Yee 2012-07-20 18:45:11 -07:00
parent 08e18bbcd3
commit 685cc36234
1 changed files with 82 additions and 47 deletions
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129
core/management/commands/ola_premiums.py
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@ -17,14 +17,27 @@ from regluit.experimental.gutenberg import unicode_csv
# should people who explicitly picked a lesser premium be given that premium or the maximum one by default?
# anonymous by default?
OLA_PREMIUM_IDS = [1L, 97L, 2L, 98L, 3L, 99L, 4L, 15L, 18L, 65L]
OLA_PREMIUMS_AND_AMOUNTS = [(1L, D('1')), (97L, D('7')), (2L, D('25')), (98L, D('40')), (3L, D('50')), (99L, D('75')), (4L, D('100')), (15L, D('200')), (18L, D('500')), (65L, D('1000'))]
LEVELS = (D('0'), D('1'), D('7'), D('25'), D('40'), D('50'), D('75'), D('100'), D('200'), D('500'), D('1000'))
OLA_PREMIUMS_AND_AMOUNTS = ((1L, D('1')), (97L, D('7')), (2L, D('25')), (98L, D('40')), (3L, D('50')), (99L, D('75')), (4L, D('100')), (15L, D('200')), (18L, D('500')), (65L, D('1000')))
OLA_PREMIUM_IDS = tuple([x[0] for x in OLA_PREMIUMS_AND_AMOUNTS])
OLA_PREMIUM_FOR_AMOUNT = dict([(n,m) for (m,n) in OLA_PREMIUMS_AND_AMOUNTS])
LEVELS = tuple([x[1] for x in OLA_PREMIUMS_AND_AMOUNTS])
MATERIAL_FOR_PREMIUM = [(1L, (1,)),
(97L, (1, 2)),
(2L, (1, 2)),
]
MATERIAL_FOR_PREMIUM = dict([(1L, (1,)),
(97L, (1, 2)),
(2L, (1, 2)),
(98L , (1,3)),
(3L, (1,3)),
(99L, (1,4)),
(4L, (1,4)),
(15L, (1,4,5,6)),
(18L, (1,4,5,7,8)),
(65L, (1,4,7,9,10,11))
])
ACK_FOR_PREMIUM = dict([
(1L, None), (97L, None), (2L, 'A'), (98L, 'A'), (3L, 'B'), (99L, 'B'), (4L,'C'), (15L,'D'), (18L, 'D'), (65L, 'D')
])
# the material premiums cluster in the following way -- it makes sense to be able to have 0 or 1 of the specific material
# premiums in a cluster since within a cluster, they are essentially versions of different quality
@ -36,7 +49,7 @@ MATERIAL_FOR_PREMIUM = [(1L, (1,)),
# 10
MATERIAL_PREMIUMS = [(1, "The unglued ebook delivered to your inbox."),
MATERIAL_PREMIUMS = dict([(1, "The unglued ebook delivered to your inbox."),
(2, "You will have the choice of one free digital edition selected from our list of published titles. (Offer valid until 30 September 2012)"),
(3, "You may select one free paperback edition or three free digital editions from our list of published titles. (Offer valid until 30 September 2012.)"),
(4, "You may select one free hardback edition, or two free paperback editions, or six free digital editions from our list of published titles. (Offer valid until 30 September 2012.)"),
@ -46,17 +59,68 @@ MATERIAL_PREMIUMS = [(1, "The unglued ebook delivered to your inbox."),
(8, "20% discount on any orders made for printed or digital editions of this, or any other OBP title, from the Open Book Publishers website for 12 months."),
(9, "Creation of a special personal benefactor's hardback edition of the title with personalised cover and front page and author's inscription. You will also be able to order additional copies of your personalised edition directly from us at $35 per copy plus shipping."),
(10, "Free registration and two nights' accommodation to attend the World Oral Literature Project Workshop in Cambridge, England (29-30 June) or a similar future event."),
(11, "30% discount on any orders made for printed or digital editions of this, or any other OBP title, from the Open Book Publishers website for 12 months.")]
(11, "30% discount on any orders made for printed or digital editions of this, or any other OBP title, from the Open Book Publishers website for 12 months.")])
ACKNOWLEDGEMENT_LEVELS = [
('A', """Your username under "supporters" in the acknowledgements section.""", ('username',)),
('B', 'Your username and profile URL of your choice under "benefactors"', ('username', 'profile url')),
('C', 'Your username, profile URL, and profile tagline under "bibliophiles"', ('username', 'profile url', 'profile tagline')),
('D', "Your name recorded on a special benefactors' page in all printed and digital editions of the work.", ('name',))
]
ACKNOWLEDGEMENT_LEVELS = dict([
('A', {'label':"""Your username under "supporters" in the acknowledgements section.""", 'parts':('username',)}),
('B', {'label':'Your username and profile URL of your choice under "benefactors"', 'parts':('username', 'profile url')}),
('C', {'label':'Your username, profile URL, and profile tagline under "bibliophiles"', 'parts':('username', 'profile url', 'profile tagline')}),
('D', {'label':"Your name recorded on a special benefactors' page in all printed and digital editions of the work.", 'parts':('name',)})
])
ACKNOWLEDGEMENT_ELEMENTS = ('username', 'profile url', 'profile tagline', 'name')
def supporters_for_campaign(c3):
for k in c3.transaction_set.filter(status='Complete').values_list('user',flat=True):
yield User.objects.get(id=k)
def highest_eligible_premium(amount, levels):
return max(filter(lambda x: x <= amount, levels))
def premiums_and_acks(c3):
""" calculate charts of premiums and acknowledgements owed"""
print "number of transactions", c3.transaction_set.filter(Q(status='Complete')).count()
for (i, u) in enumerate(supporters_for_campaign(c3)):
try:
t = c3.transaction_set.get(user=u, status='Complete')
max_premium_amount = highest_eligible_premium(t.amount, LEVELS)
max_premium_id = OLA_PREMIUM_FOR_AMOUNT[max_premium_amount]
print i, t.id, t.user, t.user.email, t.user.profile.home_url, t.user.profile.tagline, t.anonymous, t.amount, t.premium.id if t.premium is not None else None, \
max_premium_amount, max_premium_id, MATERIAL_FOR_PREMIUM[max_premium_id], ACK_FOR_PREMIUM[max_premium_id]
except:
pass
def validate_c3(c3):
# enumerate the various premiums and how many people have chosen them
# confirm that there are the same premiums as assumed in operation
assert (c3.name == 'Oral Literature in Africa')
assert set([p.id for p in c3.effective_premiums()]) == set(OLA_PREMIUM_IDS)
assert set([(p.id, p.amount) for p in c3.effective_premiums()]) == set(OLA_PREMIUMS_AND_AMOUNTS)
# confirm that no one has a premium valued greater than transaction
assert c3.transaction_set.filter(Q(status='Complete') & Q(premium__isnull=False)).filter(amount__lt = F('premium__amount')).count() == 0
def overall_stats(c3):
print "number of pledgers that did not pick any premium", c3.transaction_set.filter(status='Complete').filter(premium__isnull=True).count()
# need to handle those who did not pick any premiums separately
for p in c3.transaction_set.filter(Q(status='Complete') & Q(premium__isnull=False)).order_by('premium__amount').values_list('premium', 'premium__amount').annotate(count_premium=Count('premium')):
print p[0], p[1], p[2]
# who deliberately picked premiums at a value level equal to the pledge amount
print "number of transactions with amount equal to premium amount", c3.transaction_set.filter(Q(status='Complete') & Q(premium__isnull=False)).filter(amount = F('premium__amount')).count()
# how many people deliberately chose premiums of lower value -- not correct -- have to calculate for a
# given amount, the corresponding premium level
for t in c3.transaction_set.filter(Q(status='Complete') & Q(premium__isnull=False)).values('id', 'amount', 'premium__amount'):
max_qualified = max(filter(lambda x: x <= t['amount'], LEVELS))
if max_qualified != t['premium__amount']:
print t['id'], t['amount'], t['premium__amount'], max_qualified
class Command(BaseCommand):
help = "Displays data about how related to collecting information about premiums for Oral Literature in Africa"
# args = "<filename> <username>"
@ -64,37 +128,8 @@ class Command(BaseCommand):
def handle(self, **options):
# this is meant specifically for OLA -- check whether such a compaign is in the db
c3 = Campaign.objects.get(id=3)
print c3.name
if c3.name != 'Oral Literature in Africa':
sys.exit()
# enumerate the various premiums and how many people have chosen them
# confirm that there are the same premiums as assumed in operation
assert set([p.id for p in c3.effective_premiums()]) == set(OLA_PREMIUM_IDS)
assert set([(p.id, p.amount) for p in c3.effective_premiums()]) == set(OLA_PREMIUMS_AND_AMOUNTS)
validate_c3(c3)
# go through all premium choices and list # of people who have chosen that premium
#overall_stats(c3)
print "number of pledgers that did not pick any premium", c3.transaction_set.filter(status='Complete').filter(premium__isnull=True).count()
# need to handle those who did not pick any premiums separately
for p in c3.transaction_set.filter(Q(status='Complete') & Q(premium__isnull=False)).order_by('premium__amount').values_list('premium', 'premium__amount').annotate(count_premium=Count('premium')):
print p[0], p[1], p[2]
# who deliberately picked premiums at a value level equal to the pledge amount
print "number of transactions with amount equal to premium amount", c3.transaction_set.filter(Q(status='Complete') & Q(premium__isnull=False)).filter(amount = F('premium__amount')).count()
# confirm that no one has a premium valued greater than transaction
assert c3.transaction_set.filter(Q(status='Complete') & Q(premium__isnull=False)).filter(amount__lt = F('premium__amount')).count() == 0
# how many people deliberately chose premiums of lower value -- not correct -- have to calculate for a
# given amount, the corresponding premium level
for t in c3.transaction_set.filter(Q(status='Complete') & Q(premium__isnull=False)).values('id', 'amount', 'premium__amount'):
max_qualified = max(filter(lambda x: x <= t['amount'], LEVELS))
if max_qualified != t['premium__amount']:
print t['id'], t['amount'], t['premium__amount'], max_qualified
# ok -- let's now figure out what we would be prompting each person
premiums_and_acks(c3)