def status(request):
if request.method == 'POST':
#Make sure we were passed a feature
if not request.POST.has_key('status'):
return HttpResponse('{"status_code":"-1", "success":"false", "message":"Expected \'feature\'"}', status=403)
import simplejson
status = simplejson.loads(request.POST.get('status'))
#It must be a new status, create it
result = '{"status_code":"-1", "success":"false", "message":"Error saving"}'
try:
if status.get('field') == 'map_status':
up_status = SurveyStatus.objects.get(survey_id=request.session['interview_id'])
up_status.map_status=status.get('val')
up_status.save()
elif status.get('field') == 'act_status':
up_status = SurveyStatus.objects.get(survey_id=request.session['interview_id'])
up_status.act_status=status.get('val')
up_status.save()
elif status.get('field') == 'complete':
up_status = SurveyStatus.objects.get(survey_id=request.session['interview_id'])
up_status.complete=status.get('val')
up_status.complete_time = datetime.datetime.now()
up_status.save()
except Exception, e:
return HttpResponse(result + e.message, status=500)
result = {
"status_code":1,
"success":True,
"message":"Saved successfully",
"status": up_status
}
return HttpResponse(geojson_encode(result))
def gen_validate_response(code, message, geom, type):
if geom:
geom.transform( settings.CLIENT_SRID )
result = {
'status_code':code,
'message':message,
'geom':geom,
'type':type
}
return HttpResponse(geojson_encode(result))
def shapes(request, id=None):
if request.method == 'POST':
#Make sure we were passed a feature
if not request.POST.has_key('feature'):
return HttpResponse('{"status_code":"-1", "success":"false", "message":"Expected \'feature\'"}', status=403)
import simplejson
feat = simplejson.loads(request.POST.get('feature'))
#It must be a new shape, create it
result = '{"status_code":"-1", "success":"false", "message":"Error saving"}'
try:
geom = GEOSGeometry(feat.get('geometry'), srid=settings.CLIENT_SRID)
geom.transform(settings.SERVER_SRID)
if feat.get('type') == 'route':
factors = feat.get('factors')
other_factor = feat.get('other_factor')
if other_factor == '':
other_factor = None
new_shape = Route(
survey = SurveyStatus.objects.get(survey_id=feat.get('survey_id')),
geometry = geom,
zoom_level = feat.get('zoom_level')
)
status = SurveyStatus.objects.get(survey_id=feat.get('survey_id'))
status.map_status = 'Route drawn'
status.save()
# elif feat.get('type') == 'act_area':
# new_shape = ActivityArea(
# survey_id = SurveyStatus.objects.get(survey_id=feat.get('survey_id')),
# geometry = geom,
# primary_activity = feat.get('primary_act'),
# duration = feat.get('duration'),
# rank = feat.get('rank'),
# alternate_activity_type = feat.get('alt_act_type'),
# )
# status = SurveyStatus.objects.get(survey_id=feat.get('survey_id'))
# status.act_status = 'Area drawn'
# status.save()
elif feat.get('type') == 'act_point':
activities = feat.get('activities')
if activities['other']:
other_act = activities['other']
else:
other_act = None
fish_targets = feat.get('fish_tgts')
if fish_targets and not fish_targets['fish-other'] == False:
fish_other = fish_targets['fish-other']
else:
fish_other = None
if not fish_targets:
fish_targets = {
'striped-bass': False,
'bluefish': False,
'flounder': False,
'cod': False,
'haddock': False,
'mackerel': False,
'scup': False,
'tautog': False,
'tuna': False,
'shark': False,
'billfish': False,
'wahoo': False
}
view_targets = feat.get('view_tgts')
if view_targets and not view_targets['view-other'] == False:
view_other = view_targets['view-other']
else :
view_other = None
if not view_targets:
view_targets = {
'whales': False,
'dolphin-porpoises': False,
'sea-turtles': False,
'birds': False,
'seals': False
}
dive_targets = feat.get('dive_tgts')
if dive_targets and not dive_targets['dive-other'] == False:
dive_other = dive_targets['dive-other']
else :
dive_other = None
if not dive_targets:
dive_targets = {
'exploring': False,
'wrecks': False,
'fishing': False
}
new_shape = ActivityPoint(
survey = SurveyStatus.objects.get(survey_id=feat.get('survey_id')),
geometry = geom,
fishing = activities['fishing'],
viewing = activities['wildlife-viewing'],
diving = activities['diving'],
swimming = activities['swimming'],
relaxing = activities['relaxing'],
other_act = other_act,
f_strbass = fish_targets['striped-bass'],
f_bluefish = fish_targets['bluefish'],
f_flounder = fish_targets['flounder'],
f_atl_cod = fish_targets['cod'],
f_haddock = fish_targets['haddock'],
f_mackerel = fish_targets['mackerel'],
f_scup = fish_targets['scup'],
f_tautog = fish_targets['tautog'],
f_tuna = fish_targets['tuna'],
f_shark = fish_targets['shark'],
f_billfish = fish_targets['billfish'],
f_wahoo = fish_targets['wahoo'],
f_other = fish_other,
v_whales = view_targets['whales'],
v_dol_porp = view_targets['dolphin-porpoises'],
v_turtles = view_targets['sea-turtles'],
v_birds = view_targets['birds'],
v_seals = view_targets['seals'],
v_other = view_other,
d_fishing = dive_targets['fishing'],
d_wrecks = dive_targets['wrecks'],
d_explore = dive_targets['exploring'],
d_other = dive_other,
zoom_level = feat.get('zoom_level')
)
status = SurveyStatus.objects.get(survey_id=feat.get('survey_id'))
status.act_status = 'Point plotted'
status.save()
new_shape.save()
except Exception, e:
return HttpResponse(result + e.message, status=500)
result = {
"status_code":1,
"success":True,
"message":"Saved successfully",
"feature": new_shape
}
return HttpResponse(geojson_encode(result))
