def processBase(self, dbsession, params, thedict, location, group1, group2):
bases = dbsession.query(func.substring(Base.location,group1,group2).label('location'), func.count('*').\
label('base_count'), select(["FROM_UNIXTIME(AVG(UNIX_TIMESTAMP(base.timestamp)))"]).label("average_age")).\
group_by(func.substring(Base.location,group1, group2)).filter(Base.location.like("%s%%"%location))
bases = performBaseFilter(bases, params)
max_count = 0
min_count = 99999999999
for base_location,base_count,base_age in bases:
row = int(base_location[-2])
col = int(base_location[-1])
thedict[row][col]['base_count'] = base_count
if base_count > max_count:
max_count = base_count
if base_count < min_count:
min_count = base_count
# location_info['base_age'] = getCountColor(base_count)
legenda = getCountLegenda(min=min_count,max=max_count, single='base', plural='bases')
for base_location,base_count,base_age in bases:
row = int(base_location[-2])
col = int(base_location[-1])
thedict[row][col]['base_age'] = getCountColor(base_count, min=min_count,max=max_count, single='base', plural='bases')
def url_generator(**kw):
new_url = update_params(self.request.url, page=kw['page'])
return new_url
bases = dbsession.query(Base).filter(Base.location.like("%s%%"%location))
bases = performBaseFilter(bases, params)
bases = paginate.Page(bases, page=int(self.request.params.get('page', 1)), items_per_page=200, url=url_generator, item_count=bases.count())
return bases, legenda, thedict
def __call__(self):
dbsession = DBSession()
returnvalue = {'location':None}
location = "A"
location = "%s%s" % (location, self.request.matchdict.get("galaxy"))
regions = {}
legenda = None
bases = None
params = {}
base_search = False
fleet_search = False
if "form.base_submitted" in self.request.params:
base_search = True
params = self.request.params
elif "form.fleet_submitted" in self.request.params:
fleet_search = True
params = self.request.params
elif self.request.cookies.get('search','') == 'base':
base_search = True
params = self.request.cookies
elif self.request.cookies.get('search','') == 'fleet':
fleet_search = True
params = self.request.cookies
# .outerjoin(Base).filter(Location.location.like("%s%%"%location))
if base_search:
regions = makeLocationDict(dbsession, location, 1, 6, 4, 5, do_base=False)
bases, legenda, regions = self.processBase(dbsession, params, regions, location, 1, 6)
label = ''
cookie_key = ['owner','occupier','jumpgate','agevalue', 'maxagefield']
cookie_set= False
if "form.base_submitted" in self.request.params:
for key in cookie_key:
if self.request.params.get(key,''):
cookie_set = True
self.request.response.set_cookie(key, self.request.params.get(key), max_age=timedelta(days=1), path='/')
else:
self.request.response.delete_cookie(key)
if cookie_set:
self.request.response.set_cookie('search', 'base', max_age=timedelta(days=1), path='/')
elif fleet_search:
fleets = dbsession.query(func.substring(Fleet.location,1,6).label('location'),\
func.count('*').label('fleet_count'), \
func.sum(Fleet.size).label("fleet_sum"), \
select(["FROM_UNIXTIME(AVG(UNIX_TIMESTAMP(fleet.timestamp)))"]).label("average_age")).\
group_by(func.substring(Fleet.location,1,6)).filter(Fleet.location.like("%s%%"%location))
fleets = performFleetFilter(fleets, self.request.params)
regions = makeLocationDict(dbsession, location, 1, 6, 4, 5, do_base=False)
cookie_key = ['owner','size','flying','agevalue', 'maxagefield']
cookie_set= False
if "form.fleet_submitted" in self.request.params:
for key in cookie_key:
if self.request.params.get(key,''):
cookie_set = True
self.request.response.set_cookie(key, self.request.params.get(key), max_age=timedelta(days=1), path='/')
else:
self.request.response.delete_cookie(key)
if cookie_set:
self.request.response.set_cookie('search', 'fleet', max_age=timedelta(days=1), path='/')
min_count = 1
max_count = 1000000
for fleet_location, fleet_count, fleet_sum, fleet_age in fleets:
fleet_sum = fleet_sum / 1000
row = int(fleet_location[4])
col = int(fleet_location[5])
location_info = regions[row][col]
location_info['fleet_count'] = fleet_count
location_info['fleet_sum'] = fleet_sum
# if fleet_sum > max_count:
# max_count = fleet_sum
# if fleet_sum < min_count or min_count == None:
# min_count = fleet_sum
# location_info['base_age'] = getCountColor(base_count)
regions[row][col] = location_info
legenda = getCountLegenda(min=min_count,max=max_count, single='fleet', plural='fleets')
for fleet_location, fleet_count, fleet_sum, fleet_age in fleets:
row = int(fleet_location[4])
col = int(fleet_location[5])
location_info = regions[row][col]
location_info['base_age'] = getCountColor(math.trunc(fleet_sum), min=min_count,max=max_count, single='fleet', plural='fleets')
label = 'Fleet sum:'
else:
regions = makeLocationDict(dbsession, location, 1, 6, 4, 5)
label = 'Avg. age'
legenda = getAgeLegenda()
returnvalue = {'base_filters': self.basefilters,
'fleet_filters': self.fleetfilters,
'label': label,
'params': params,
'bases':bases,
'location':location,
'regions': regions,
'legenda': legenda,
'datetime':datetime}
returnvalue.update(self.request.matchdict)
return returnvalue