def details(request, token):
clicks = list(Click.findall(token=token))
# Sort
clicks.sort(key=lambda click: click.click_id)
short_link = ShortLink.find(token=token)
# Get data for the charts
browsers = get_data_for_charts(clicks, "browser")
browsers.append("Browsers")
os = get_data_for_charts(clicks, "os")
os.append("OS")
country = get_data_for_charts(clicks, "location")
country.append("Country")
not_json_data = (browsers, os, country)
#Serialize
json_data = json.dumps(not_json_data)
data = {
'shortlink': short_link,
'clicks': clicks,
'json_data': json_data
}
return render_to_response('simple/details.html',
data,
context_instance=RequestContext(request))
def test_click_findall(self):
url = "http://xlarrakoetxea.org"
clicks = set()
# Save
sl = ShortLink(url=url)
sl.save()
# Clicks
for i in range(random.randrange(0, 5)):
c = Click(token=sl.token, os="linux")
c.save()
clicks.add(c)
clicks2 = Click.findall(sl.token)
self.assertEquals(len(clicks), len(clicks2))
for i in clicks:
clicks2_aux = set(clicks2)
for j in clicks2_aux:
if i == j:
clicks2.remove(j)
self.assertEquals(0, len(clicks2))
def links_info(request, token):
sl = ShortLink.find(token=token)
clicks = Click.findall(token)
# get browsers:
browsers = {}
os = {}
languages = {}
countries = {}
countries_map = {} # The countries map doesn't have unknown
dates_tmp = {}
dates = []
date_format = "Date({0}, {1}, {2})"
for i in clicks:
# Browsers
try:
browsers[i.browser] += 1
except KeyError:
browsers[i.browser] = 1
# Operative Systems
try:
os[i.os] += 1
except KeyError:
os[i.os] = 1
# Languages (Browser)
try:
languages[i.language] += 1
except KeyError:
languages[i.language] = 1
# Countries
try:
countries[i.location] += 1
if i.location:
countries_map[i.location] += 1
except KeyError:
countries[i.location] = 1
if i.location:
countries_map[i.location] = 1
# dates
dt = unix_to_datetime(i.click_date)
dt_str = date_format.format(dt.year, dt.month-1, dt.day)
try:
dates_tmp[dt_str] += 1
except KeyError:
dates_tmp[dt_str] = 1
# Fill the dates until now
now = datetime_now_utc()
temp_date = unix_to_datetime(sl.creation_date)
# If the date doesn't have enough days in between then create a new range
# of dates with more days (For graph visualization)
rel_delta = relativedelta(now, temp_date)
if rel_delta.year == 0 and rel_delta.month == 0 and rel_delta.day < 5 or\
rel_delta.hours < 24:
try:
days = MINIMUN_DAYS_FOR_CHART-rel_delta.day
except TypeError:
days = MINIMUN_DAYS_FOR_CHART
now = now + relativedelta(days=days)
while (temp_date.day != now.day or
temp_date.month != now.month or
temp_date.year != now.year):
dt_str = date_format.format(temp_date.year,
temp_date.month-1,
temp_date.day)
try:
dates.append((dt_str, dates_tmp[dt_str]))
except KeyError:
dates.append((dt_str, 0))
temp_date += relativedelta(days=1)
# Change None for unknown for the countries
try:
countries[_("Unknown")] = countries[None]
del countries[None]
except KeyError:
pass
context = {
'browser_data': pie_chart_json_transform("Browsers", browsers),
'os_data': pie_chart_json_transform("Operative systems", os),
'languages_data': pie_chart_json_transform("Languages", languages),
'countries_data': pie_chart_json_transform("Countries", countries),
'countries_map_data': pie_chart_json_transform("Countries", countries_map),
'dates_data': single_linechart_json_transform_with_list("Clicks", "Days", dates),
'short_link': sl
}
return render_to_response('links/link_info.html',
context,
context_instance=RequestContext(request))
