def test_get_geodata_gebied_stadsdeel(self):
q = {
'eigenaar_cat': 'De staat',
'zoom': 14,
'bbox': brk.get_bbox_leaflet(),
'stadsdeel_naam': 'Noord'
}
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidEmpty(response)
q['stadsdeel_naam'] = 'Centrum'
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidMatching(response, zoomed_in=True)
q['zoom'] = 11
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidMatching(response)
q['stadsdeel_naam'] = 'Noord'
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidEmpty(response)
def test_get_geodata_with_shape(self):
q = {
'eigenaar_cat': 'De staat',
'zoom': 14,
'bbox': brk.get_bbox_leaflet(),
'buurt_naam': 'Stationsplein e.o.',
'shape': brk.get_selection_shape()
}
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidEmpty(response)
q['buurt_naam'] = 'BG-terrein e.o.'
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidMatching(response, zoomed_in=True)
q['zoom'] = 11
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidMatching(response)
q['buurt_naam'] = 'Stationsplein e.o.'
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidEmpty(response)
def test_get_geodata_gebied_buurtcombinatie(self):
q = {
'eigenaar_cat': 'De staat',
'zoom': 14,
'bbox': brk.get_bbox_leaflet(),
'buurtcombinatie_naam': 'Grachtengordel-West'
}
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidEmpty(response)
q['buurtcombinatie_naam'] = 'Burgwallen-Oude Zijde'
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidMatching(response, zoomed_in=True)
q['zoom'] = 11
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidMatching(response)
q['buurtcombinatie_naam'] = 'Grachtengordel-West'
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidEmpty(response)
def test_get_geodata_nieteigenpercelen(self):
q = {'eigenaar_cat': 'De staat', 'bbox': brk.get_bbox_leaflet()}
for zoom in range(8, 14):
q['zoom'] = zoom
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertEqual(response.status_code, 200)
self.assertGeoJSON(response.json()['niet_eigenpercelen'])
def test_get_geodata_nieteigenpercelen(self):
q = {'eigenaar_cat': 'De staat', 'bbox': brk.get_bbox_leaflet()}
for zoom in range(8, 14):
q['zoom'] = zoom
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertEqual(response.status_code, 200)
self.assertGeoJSON(response.json()['niet_eigenpercelen'])
def test_get_geodata_appartement_geen_eigenaar_cat(self):
q = {'zoom': 14, 'bbox': brk.get_bbox_leaflet(),
'eigenaar_type': 'Appartementseigenaar'}
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidMatching(response, zoomed_in=True, appartementen=True)
q['zoom'] = 11
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidMatching(response, appartementen=True)
def test_get_geodata_appartementen(self):
q = {'eigenaar_cat': 'De staat', 'zoom': 12, 'bbox': brk.get_bbox_leaflet()}
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertEqual(response.status_code, 200)
self.assertEqual(len(response.json()['appartementen']), 0)
q['zoom'] = 13
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertEqual(response.status_code, 200)
self.assertEqual(len(response.json()['appartementen']), 1)
def test_get_geodata_appartement_geen_eigenaar_cat(self):
q = {
'zoom': 14,
'bbox': brk.get_bbox_leaflet(),
'eigenaar_type': 'Appartementseigenaar'
}
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidMatching(response, zoomed_in=True, appartementen=True)
q['zoom'] = 11
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidMatching(response, appartementen=True)
def test_get_geodata_appartementen(self):
q = {
'eigenaar_cat': 'De staat',
'zoom': 12,
'bbox': brk.get_bbox_leaflet()
}
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertEqual(response.status_code, 200)
self.assertEqual(len(response.json()['appartementen']), 0)
q['zoom'] = 13
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertEqual(response.status_code, 200)
self.assertEqual(len(response.json()['appartementen']), 1)
def test_get_geodata_gebied_stadsdeel(self):
q = {'eigenaar_cat': 'De staat', 'zoom': 14, 'bbox': brk.get_bbox_leaflet(), 'stadsdeel_naam': 'Noord'}
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidEmpty(response)
q['stadsdeel_naam'] = 'Centrum'
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidMatching(response, zoomed_in=True)
q['zoom'] = 11
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidMatching(response)
q['stadsdeel_naam'] = 'Noord'
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidEmpty(response)
def test_get_geodata_gebied_buurtcombinatie(self):
q = {'eigenaar_cat': 'De staat', 'zoom': 14, 'bbox': brk.get_bbox_leaflet(), 'buurtcombinatie_naam': 'Grachtengordel-West'}
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidEmpty(response)
q['buurtcombinatie_naam'] = 'Burgwallen-Oude Zijde'
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidMatching(response, zoomed_in=True)
q['zoom'] = 11
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidMatching(response)
q['buurtcombinatie_naam'] = 'Grachtengordel-West'
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidEmpty(response)
def test_get_geodata_gebied_buurt(self):
q = {'eigenaar_cat': 'De staat', 'zoom': 14, 'bbox': brk.get_bbox_leaflet(), 'buurt_naam': 'Stationsplein e.o.'}
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidEmpty(response)
q['buurt_naam'] = 'BG-terrein e.o.'
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidMatching(response, zoomed_in=True)
q['zoom'] = 11
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidMatching(response)
q['buurt_naam'] = 'Stationsplein e.o.'
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertValidEmpty(response)
def test_get_geodata_with_bbox(self):
q = {'eigenaar_cat': 'Amsterdam', 'zoom': 14}
q['bbox'] = brk.get_bbox_leaflet()
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertEqual(response.status_code, 200)
def test_get_geodata_with_bbox(self):
q = {'eigenaar_cat': 'Amsterdam', 'zoom': 14}
q['bbox'] = brk.get_bbox_leaflet()
response = self.client.get(BRK_GEO_QUERY.format(urlencode(q)),
**self.header_auth_scope_brk_plus)
self.assertEqual(response.status_code, 200)