def test_view_returns_response(self):
json_view = json_api_call(redirect_view)
resp = json_view(self.get_req)
self.assertEqual(b"", resp.content)
if django.VERSION[1] > 5:
self.assertEqual("http://lmgtfy.com", resp.url)
def test_simple_dict_to_json(self):
json_view = json_api_call(dict_view)
resp = json_view(self.get_req)
self.assertEqual(b'{"Hello": "World"}', resp.content)
self.assertEqual("application/json", resp['Content-Type'])
self.assertEqual('18', resp['Content-Length'])
def test_view_returns_response(self):
json_view = json_api_call(redirect_view)
resp = json_view(self.get_req)
self.assertEqual(b"", resp.content)
if django.VERSION[1] > 5:
self.assertEqual("http://lmgtfy.com", resp.url)
def test_simple_dict_to_json(self):
json_view = json_api_call(dict_view)
resp = json_view(self.get_req)
self.assertEqual(b'{"Hello": "World"}', resp.content)
self.assertEqual("application/json", resp['Content-Type'])
self.assertEqual('18', resp['Content-Length'])
_itree_codes_by_region = None
_all_itree_codes = None
def all_itree_codes():
_ensure_itree_codes_fetched()
return _all_itree_codes
def has_itree_code(region_code, itree_code):
_ensure_itree_codes_fetched()
has = itree_code in _itree_codes_by_region.get(region_code, [])
return has
def _ensure_itree_codes_fetched():
global _itree_codes_by_region, _all_itree_codes
if _itree_codes_by_region is None:
result, err = ecobackend.json_benefits_call('itree_codes.json', {})
if err:
raise Exception('Failed to retrieve i-Tree codes from ecoservice')
_itree_codes_by_region = result['Codes']
_all_itree_codes = set(
itertools.chain(*_itree_codes_by_region.values()))
within_itree_regions_view = json_api_call(within_itree_regions)
#####################################
# PROGRESS PAGE ROUTES
#####################################
progress_page = route(GET=do(render_template('survey/progress.html'),
v.progress_page))
progress_page_blockface_popup = route(
GET=do(
render_template('survey/partials/progress_page_blockface_popup.html'),
v.progress_page_blockface_popup))
group_borders_geojson = do(
last_modified(get_group_territory_modification_time),
route(GET=json_api_call(v.group_borders_geojson)))
group_popup = route(GET=do(group_request,
render_template('survey/partials/group_popup.html'),
v.group_popup))
#####################################
# RESERVATION ROUTES
#####################################
printable_reservations_map = route(
GET=do(
login_required,
render_template('survey/printable_reservations_map.html'),
v.printable_reservations_page))
def _api_call(verb, view_fn):
return do(admin_instance_request, require_http_method(verb), view_fn)
def _template_api_call(verb, template, view_fn):
templated_view = render_template(template)(view_fn)
return _api_call(verb, templated_view)
list_imports = _template_api_call("GET", "importer/partials/imports.html", views.list_imports)
get_import_table = _template_api_call("GET", "importer/partials/import_table.html", views.get_import_table)
start_import = _template_api_call("POST", "importer/partials/import_table.html", views.start_import)
cancel = _template_api_call("GET", "importer/partials/imports.html", views.cancel)
solve = _template_api_call("POST", "importer/partials/row_status.html", views.solve)
commit = _template_api_call("GET", "importer/partials/imports.html", views.commit)
show_import_status = _api_call("GET", views.show_import_status)
update_row = _template_api_call("POST", "importer/partials/row_status.html", views.update_row)
export_all_species = _api_call("GET", json_api_call(views.export_all_species))
export_single_import = _api_call("GET", json_api_call(views.export_single_import))
merge_species = _api_call("POST", views.merge_species)
list_imports = _template_api_call(
'GET', 'importer/partials/imports.html', views.list_imports)
refresh_imports = _template_api_call(
'GET', 'importer/partials/import_tables.html', views.list_imports)
start_import = _template_api_call(
'POST', 'importer/partials/imports.html', views.start_import)
cancel = _template_api_call(
'GET', 'importer/partials/imports.html', views.cancel)
solve = _template_api_call(
'POST', 'importer/partials/row_status.html', views.solve)
commit = _template_api_call(
'GET', 'importer/partials/imports.html', views.commit)
show_import_status = _api_call('GET', views.show_import_status)
update_row = _template_api_call(
'POST', 'importer/partials/row_status.html', views.update_row)
export_all_species = _api_call('GET', json_api_call(views.export_all_species))
export_single_import = _api_call(
'GET', json_api_call(views.export_single_import))
merge_species = _api_call('POST', views.merge_species)
"""
viewbox = _get_viewbox_from_request(request)
address = request.REQUEST['address']
pq = PlaceQuery(query=address, viewbox=viewbox)
geocode_result = geocoder.geocode(pq)
candidates = geocode_result.get('candidates', None)
if not candidates or len(candidates) == 0:
return _no_results_response(address)
else:
candidates = [_omgeo_candidate_to_dict(c) for c in candidates]
if _contains_bbox(request):
bbox = {'xmin': request.REQUEST['xmin'],
'ymin': request.REQUEST['ymin'],
'xmax': request.REQUEST['xmax'],
'ymax': request.REQUEST['ymax']}
candidates = [c for c in candidates if _in_bbox(bbox, c)]
if len(candidates) == 0:
return _no_results_response(address, inregion=True)
return {'candidates': candidates}
geocode_view = json_api_call(geocode)
_itree_codes_by_region = None
_all_itree_codes = None
def all_itree_codes():
_ensure_itree_codes_fetched()
return _all_itree_codes
def has_itree_code(region_code, itree_code):
_ensure_itree_codes_fetched()
has = itree_code in _itree_codes_by_region.get(region_code, [])
return has
def _ensure_itree_codes_fetched():
global _itree_codes_by_region, _all_itree_codes
if _itree_codes_by_region is None:
result, err = ecobackend.json_benefits_call('itree_codes.json', {})
if err:
raise Exception('Failed to retrieve i-Tree codes from ecoservice')
_itree_codes_by_region = result['Codes']
_all_itree_codes = set(
itertools.chain(*_itree_codes_by_region.values()))
within_itree_regions_view = json_api_call(within_itree_regions)
address = request.REQUEST['address']
pq = PlaceQuery(query=address, viewbox=viewbox)
geocode_result = geocoder.geocode(pq)
candidates = geocode_result.get('candidates', None)
if not candidates or len(candidates) == 0:
return _no_results_response(address)
else:
candidates = [_omgeo_candidate_to_dict(c) for c in candidates]
if _contains_bbox(request):
bbox = {
'xmin': request.REQUEST['xmin'],
'ymin': request.REQUEST['ymin'],
'xmax': request.REQUEST['xmax'],
'ymax': request.REQUEST['ymax']
}
candidates = [c for c in candidates if _in_bbox(bbox, c)]
if len(candidates) == 0:
return _no_results_response(address, inregion=True)
return {'candidates': candidates}
geocode_view = json_api_call(geocode)
#####################################
# PROGRESS PAGE ROUTES
#####################################
progress_page = route(GET=do(render_template('survey/progress.html'),
v.progress_page))
progress_page_blockface_popup = route(
GET=do(
render_template('survey/partials/progress_page_blockface_popup.html'),
v.progress_page_blockface_popup))
group_borders_geojson = do(
last_modified(get_group_territory_modification_time),
route(GET=json_api_call(v.group_borders_geojson)))
group_popup = route(GET=do(group_request,
render_template('survey/partials/group_popup.html'),
v.group_popup))
#####################################
# RESERVATION ROUTES
#####################################
printable_reservations_map = route(
GET=do(
login_required,
render_template('survey/printable_reservations_map.html'),
v.printable_reservations_page))
Search for specified address, returning candidates with lat/long
"""
key = request.GET.get('key')
address = request.GET.get('address').encode('utf-8')
for_storage = 'forStorage' in request.GET
if key:
# See settings.OMGEO_SETTINGS for configuration
pq = PlaceQuery(query=address, key=key, for_storage=for_storage)
geocode_result = geocoder.geocode(pq)
candidates = geocode_result.get('candidates', None)
if candidates:
# There should only be one candidate since the user already chose a
# specific suggestion and the front end filters out suggestions
# that might result in more than one candidate (like "Beaches").
match = candidates[0]
return {
'lat': match.y,
'lng': match.x
}
return _no_results_response(address)
def get_esri_token(request):
return {'token': ESRI_WGS.get_token()}
geocode_view = json_api_call(geocode)
get_esri_token_view = json_api_call(get_esri_token)
def geocode(request):
"""
Search for specified address, returning candidates with lat/long
"""
key = request.GET.get('key')
address = request.GET.get('address').encode('utf-8')
for_storage = 'forStorage' in request.GET
if key:
# See settings.OMGEO_SETTINGS for configuration
pq = PlaceQuery(query=address, key=key, for_storage=for_storage)
geocode_result = geocoder.geocode(pq)
candidates = geocode_result.get('candidates', None)
if candidates:
# There should only be one candidate since the user already chose a
# specific suggestion and the front end filters out suggestions
# that might result in more than one candidate (like "Beaches").
match = candidates[0]
return {'lat': match.y, 'lng': match.x}
return _no_results_response(address)
def get_esri_token(request):
return {'token': ESRI_WGS.get_token()}
geocode_view = json_api_call(geocode)
get_esri_token_view = json_api_call(get_esri_token)
