def downloadsForProductOnLastReport(self, product_id, date_range):
if len(self.available_days) == 0:
return None, None
num_start, num_end = map(mdates.date2num, date_range)
if product_id == None:
all_sales = self.sum_daily_sales[num_end]
return settings.format_currency(all_sales.total_price), all_sales.paid_downloads
day_count = 0
total_sales = 0
if product_id == None:
product_id = self.product_ids[0]
data = self.daily_sales[product_id]
if data.has_key(num_end) == False:
return settings.format_currency(0), 0
sales_event = data[num_end]
return settings.format_currency(sales_event.total_price), sales_event.paid_downloads
def lastSales(self, product_id):
if len(self.available_days) == 0:
return "No sales ever"
if product_id == None:
product_id = self.product_ids[0]
the_sale_event = None
revenue = 0
highest_date = 0
sales = self.daily_sales[product_id]
for date, sale_event in sales.iteritems():
if date > highest_date:
highest_date = date
the_sale_event = sale_event
return "Last day with sales: " + settings.format_currency(sale_event.total_price) + " on " + str(sale_event.end_date.strftime(settings.date_format))
def revenueForRange(self, product_id, number_of_days):
if len(self.available_days) == 0:
return
range = (datetime.date.today() - datetime.timedelta(number_of_days), datetime.date.today())
num_start, num_end = map(mdates.date2num, range)
total_revenue = 0
if product_id == None:
sales = self.sum_daily_sales
else:
sales = self.daily_sales[product_id]
for date, sale_event in sales.iteritems():
if date >= num_start and date <= num_end:
total_revenue = total_revenue + sale_event.total_price
return "Revenue for last " + number_of_days.__str__() + " days: " + settings.format_currency(total_revenue), total_revenue
def Update(self):
self.axes1.clear()
# self.axes1.set_title("Sales Line Chart")
self.axes2.clear()
# self.axes2.set_title("Sales Bar Chart")
date_range = self.panel.date_range.GetValue()
product_ids = self.panel.selected_products
show_sum = product_ids == [None]
prefix = "sum_" if show_sum else ""
product_data = getattr(
self.panel.sales_period,
"%s%s_sales" % (prefix, ("daily" if date_range <= settings.DAYS_TO_SHOW else "weekly")),
)
# product_data = self.sales_period.daily_sales
limits = self.panel.GetDateLimits()
num_start, num_end = map(mdates.date2num, limits)
total = len(product_ids)
if total:
bar_width = 1.0 / total
# this is the name of the attribute like "amount" or "sales"
value_getter = self.panel.graph_renderer
max_value = None
values = []
# loop through all products
for i, product_id in enumerate(product_ids):
dates = [] # dictionary for dates, which is the horizontal axis
values = [] # dictionary for the values
# get the data for all or for a single product
data = product_data.get(product_id, {}) if product_id else product_data
last_date = None
# loop through all the "Event" objects that have our sales data
for event_date, event in data.iteritems():
# numstart is the start of the date range we are interested in. The
# Event object has a comparison function defined, so we look if the
# object is within the range we are interested in
if event >= num_start:
if last_date != event.end_num - 1:
if last_date:
dates.append(last_date + 1)
values.append(0)
# Get the dates in the array
dates.append(event.end_num - 1)
values.append(0)
last_date = event.end_num
if event <= num_end:
# print event
val = value_getter(event)
# print val
# if val > 0:
dates.append(event.end_num)
# Get the value we want and put it in the dictionary
# value_getter(event) = self.panel.graph_renderer, which
# is operator.attrgetter('sales'). It gets the 'sales'
# variable from the event object.
# print val
values.append(val)
else:
if last_date:
dates.append(last_date + 1)
values.append(0)
self.axes1.plot(dates, values, "o-", color=self.colors[product_id])
bar_dates, bar_values = [], []
for date, value in itertools.izip(dates, values):
if value:
bar_dates.append(date)
bar_values.append(value)
# print "VAL: " + value.__str__()
rects = self.axes2.bar(
[date + i * bar_width - 0.5 for date in bar_dates],
bar_values,
width=bar_width,
color=self.colors[product_id],
)
# label=(self.panel.product_names[product_id])
for rect in rects:
height = rect.get_height()
if PlotPanel.displayCurrency:
self.axes2.text(
rect.get_x() + rect.get_width() / 2.0,
1.06 * height,
settings.format_currency(height),
ha="center",
va="bottom",
)
else:
self.axes2.text(
rect.get_x() + rect.get_width() / 2.0,
1.06 * height,
"%d" % int(height),
ha="center",
va="bottom",
)
if values:
max_value = max(values)
# print "Max Value: " + max_value.__str__()
for value, text in self.panel.event_levels:
line = self.axes1.plot([value, value], [0, max_value], "--", color="red")
self.axes2.plot([value - 0.5, value - 0.5], [0, max_value], "--", color="red")
self.axes2.text(value - 1, 1.01 * max_value, text)
interval = max(1, (date_range / settings.MAX_TICKS * 2))
major_locator = mdates.DayLocator(interval=interval) # every month
minor_locator = mdates.DayLocator()
dateFmt = mdates.DateFormatter(settings.date_format)
self.axes1.set_xlim(num_start - 1, num_end + 1)
self.axes2.set_xlim(num_start - 0.5, num_end + 0.5)
for axes in (self.axes1, self.axes2):
axes.set_ylim(0, max_value)
axes.xaxis.set_major_locator(major_locator)
axes.xaxis.set_major_formatter(dateFmt)
axes.xaxis.set_minor_locator(minor_locator)
axes.grid(True)
self.draw()
def averageRevenueForRange(self, product_id, number_of_days, sales_for_range):
val = sales_for_range / number_of_days
return "Daily Average (" + number_of_days.__str__() + " days): " + settings.format_currency(val)
