def generate_report(hsa, date=datetime.utcnow()):
choice = randint(1,9)
if choice < 5:
if not hsa or not hsa.name: return
print "Got soh for " + hsa.name
print ProductStock.objects.filter(supply_point=hsa)
# SOH
for p in ProductStock.objects.filter(supply_point=hsa):
amc = (p.product.average_monthly_consumption if p.product.average_monthly_consumption else 100)
q = p.quantity if p.quantity else amc
q = max(0, q - normalvariate(q/3, q/6)) if randint(0,6) else 0
print "Generating SOH report for %s : %s : %d" % (hsa.name, p.product.sms_code, q)
r = ProductReport(product=p.product, report_type = ProductReportType.objects.get(code='soh'),
quantity=q, message=None, supply_point=hsa, report_date=date)
r.save()
elif choice < 10:
# REC
for p in ProductStock.objects.filter(supply_point=hsa):
amc = (p.product.average_monthly_consumption if p.product.average_monthly_consumption else 100)
q = normalvariate(amc, amc / 4)
print "Generating REC report for %s : %s : %d" % (hsa.name, p.product.sms_code, q)
r = ProductReport(product=p.product, report_type = ProductReportType.objects.get(code='rec'),
quantity=q, message=None, supply_point=hsa, report_date=date)
r.save()
else:
pass
def testConsumption(self):
self.sp.report_stock(self.pr, 200)
# Not enough data.
self.assertEquals(None, self.ps.daily_consumption)
self.assertEquals(self.ps.product.average_monthly_consumption,
self.ps.monthly_consumption) #fallback
self.ps.monthly_consumption = 999
st = StockTransaction.objects.get(supply_point=self.sp,
product=self.pr)
st.date = st.date - timedelta(days=5)
st.save()
self.sp.report_stock(self.pr, 150)
# 5 days still aren't enough to compute.
self.ps = ProductStock.objects.get(supply_point=self.sp,
product=self.pr)
self.assertEquals(None, self.ps.daily_consumption)
self.assertEquals(self.ps.monthly_consumption,
self.ps.monthly_consumption)
sta = StockTransaction.objects.filter(supply_point=self.sp,
product=self.pr)
for st in sta:
st.date = st.date - timedelta(days=5)
st.save()
self.sp.report_stock(self.pr, 100)
# 10 days is enough.
self.ps = ProductStock.objects.get(supply_point=self.sp,
product=self.pr)
# 200 in stock 10 days ago, 150 in stock 5 days ago, 100 now
self.assertEquals(10, round(self.ps.daily_consumption))
self.assertEquals(300, round(self.ps.monthly_consumption))
sta = StockTransaction.objects.filter(supply_point=self.sp,
product=self.pr)
for st in sta:
st.date = st.date - timedelta(days=10)
st.save()
# 200 in stock 20 days ago, 150 in stock 15 days ago, 100 10 days ago, 50 now
self.sp.report_stock(self.pr, 50)
# Another data point.
self.ps = ProductStock.objects.get(supply_point=self.sp,
product=self.pr)
self.assertEquals(7.5, round(self.ps.daily_consumption, 1))
# Make sure the rounding is correct
self.assertEquals(225, round(self.ps.monthly_consumption))
sta = StockTransaction.objects.filter(supply_point=self.sp,
product=self.pr)
for st in sta:
st.date = st.date - timedelta(days=10)
st.save()
self.sp.report_stock(self.pr, 100)
# Reporting higher stock shouldn't change the daily consumption
# since we have no way of knowing how much was received vs dispensed.
self.ps = ProductStock.objects.get(supply_point=self.sp,
product=self.pr)
self.assertEquals(7.5, round(self.ps.daily_consumption, 1))
npr = ProductReport(
product=self.pr,
report_type=ProductReportType.objects.get(code=Reports.REC),
quantity=10000,
message=None,
supply_point=self.sp)
npr.save()
# Make sure receipts after a soh report don't change the daily consumption
# since we don't know what the new balance is. Only change consumption
# when we get the soh report after the receipt.
self.ps = ProductStock.objects.get(supply_point=self.sp,
product=self.pr)
self.assertEquals(7.5, round(self.ps.daily_consumption, 1))
def testConsumption(self):
self.sp.report_stock(self.pr, 200)
# Not enough data.
self.assertEquals(None, self.ps.daily_consumption)
self.assertEquals(self.ps.product.average_monthly_consumption, self.ps.monthly_consumption) #fallback
self.ps.monthly_consumption = 999
st = StockTransaction.objects.get(supply_point=self.sp,product=self.pr)
st.date = st.date - timedelta(days=5)
st.save()
self.sp.report_stock(self.pr, 150)
# 5 days still aren't enough to compute.
self.ps = ProductStock.objects.get(supply_point=self.sp, product=self.pr)
self.assertEquals(None, self.ps.daily_consumption)
self.assertEquals(self.ps.monthly_consumption, self.ps.monthly_consumption)
sta = StockTransaction.objects.filter(supply_point=self.sp,product=self.pr)
for st in sta:
st.date = st.date - timedelta(days=5)
st.save()
self.sp.report_stock(self.pr, 100)
# 10 days is enough.
self.ps = ProductStock.objects.get(supply_point=self.sp, product=self.pr)
# 200 in stock 10 days ago, 150 in stock 5 days ago, 100 now
self.assertEquals(10, round(self.ps.daily_consumption))
self.assertEquals(300, round(self.ps.monthly_consumption))
sta = StockTransaction.objects.filter(supply_point=self.sp,product=self.pr)
for st in sta:
st.date = st.date - timedelta(days=10)
st.save()
# 200 in stock 20 days ago, 150 in stock 15 days ago, 100 10 days ago, 50 now
self.sp.report_stock(self.pr, 50)
# Another data point.
self.ps = ProductStock.objects.get(supply_point=self.sp, product=self.pr)
self.assertEquals(7.5, round(self.ps.daily_consumption, 1))
# Make sure the rounding is correct
self.assertEquals(225, round(self.ps.monthly_consumption))
sta = StockTransaction.objects.filter(supply_point=self.sp,product=self.pr)
for st in sta:
st.date = st.date - timedelta(days=10)
st.save()
self.sp.report_stock(self.pr, 100)
# Reporting higher stock shouldn't change the daily consumption
# since we have no way of knowing how much was received vs dispensed.
self.ps = ProductStock.objects.get(supply_point=self.sp, product=self.pr)
self.assertEquals(7.5, round(self.ps.daily_consumption, 1))
npr = ProductReport(product=self.pr, report_type=ProductReportType.objects.get(code=Reports.REC),
quantity=10000, message=None, supply_point=self.sp)
npr.save()
# Make sure receipts after a soh report don't change the daily consumption
# since we don't know what the new balance is. Only change consumption
# when we get the soh report after the receipt.
self.ps = ProductStock.objects.get(supply_point=self.sp, product=self.pr)
self.assertEquals(7.5, round(self.ps.daily_consumption, 1))
