def test_has_all_required_metadata(self):
scenario = ScenarioF.create()
scenariobreach = ScenarioBreachF.create(
scenario=scenario,
extwbaselevel=None)
if1 = InputFieldF.build(
destination_table='Scenario',
destination_field='whee',
required=True)
if2 = InputFieldF.build(
destination_table='ScenarioBreach',
destination_field='extwbaselevel',
required=True)
self.assertFalse(scenario.has_values_for((if1,)))
scenario.whee = "something"
self.assertTrue(scenario.has_values_for((if1,)))
self.assertFalse(scenario.has_values_for((if1, if2)))
scenariobreach.extwbaselevel = 3.0
scenariobreach.save()
del scenario._data_objects # Clear cache
self.assertTrue(scenario.has_values_for((if1, if2)))
def test_has_all_required_metadata(self):
scenario = ScenarioF.create()
scenariobreach = ScenarioBreachF.create(
scenario=scenario,
extwbaselevel=None)
if1 = InputFieldF.build(
destination_table='Scenario',
destination_field='whee',
required=True)
if2 = InputFieldF.build(
destination_table='ScenarioBreach',
destination_field='extwbaselevel',
required=True)
self.assertFalse(scenario.has_values_for((if1,)))
scenario.whee = "something"
self.assertTrue(scenario.has_values_for((if1,)))
self.assertFalse(scenario.has_values_for((if1, if2)))
scenariobreach.extwbaselevel = 3.0
scenariobreach.save()
del scenario._data_objects # Clear cache
self.assertTrue(scenario.has_values_for((if1, if2)))
def test_xy(self):
WGS_X = 10
WGS_Y = 20
RD_X = 110
RD_Y = 120
breach = FakeObject(
geom=FakeObject(
x=WGS_X, y=WGS_Y))
inputfieldx = InputFieldF.build(
name='X coordinaat',
destination_table='Breach',
destination_field='geom')
inputfieldy = InputFieldF.build(
name='Y coordinaat',
destination_table='Breach',
destination_field='geom')
with mock.patch(
'flooding_lib.coordinates.wgs84_to_rd',
return_value=(RD_X, RD_Y)):
retvaluex = models.find_imported_value(
inputfieldx, {'breach': breach})
retvaluey = models.find_imported_value(
inputfieldy, {'breach': breach})
self.assertEquals(retvaluex, RD_X)
self.assertEquals(retvaluey, RD_Y)
def test_xy(self):
WGS_X = 10
WGS_Y = 20
RD_X = 110
RD_Y = 120
breach = FakeObject(
geom=FakeObject(
x=WGS_X, y=WGS_Y))
inputfieldx = InputFieldF.build(
name='X coordinaat',
destination_table='Breach',
destination_field='geom')
inputfieldy = InputFieldF.build(
name='Y coordinaat',
destination_table='Breach',
destination_field='geom')
with mock.patch(
'flooding_lib.coordinates.wgs84_to_rd',
return_value=(RD_X, RD_Y)):
retvaluex = models.find_imported_value(
inputfieldx, {'breach': breach})
retvaluey = models.find_imported_value(
inputfieldy, {'breach': breach})
self.assertEquals(retvaluex, RD_X)
self.assertEquals(retvaluey, RD_Y)
def test_false_at_incorrect_options(self):
inputfield = InputFieldF.build(type=InputField.TYPE_SELECT,
options="not a dictionary at all!")
header = {'fieldtype': 'Select', 'inputfield': inputfield}
self.assertFalse(eie.write_domeinlijst(None, 0, header))
def test_a_string_isnt_a_dict(self):
inputfield = InputFieldF.build(
type=InputField.TYPE_SELECT,
options=repr("not a dictionary at all!"))
header = {'fieldtype': 'Select', 'inputfield': inputfield}
self.assertFalse(eie.write_domeinlijst(None, 0, header))
def test_get_integer_from_scenario(self):
scenario = FakeObject(field=3)
inputfield = InputFieldF.build(destination_table='Scenario',
destination_field='field')
retvalue = models.find_imported_value(inputfield,
{'scenario': scenario})
self.assertEquals(retvalue, 3)
def test_set_value_raises_not_implemented(self):
"""The function supports only a few destination tables, should
raise NotImplementedError if another table is asked for."""
scenario = ScenarioF.build()
inputfield = InputFieldF.build(destination_table="Project")
self.assertRaises(
NotImplementedError,
lambda: scenario.set_value_for_inputfield(inputfield, None))
def test_get_integer_from_scenario(self):
scenario = FakeObject(field=3)
inputfield = InputFieldF.build(
destination_table='Scenario',
destination_field='field')
retvalue = models.find_imported_value(
inputfield, {'scenario': scenario})
self.assertEquals(retvalue, 3)
def test_set_value_raises_not_implemented(self):
"""The function supports only a few destination tables, should
raise NotImplementedError if another table is asked for."""
scenario = ScenarioF.build()
inputfield = InputFieldF.build(
destination_table="Project")
self.assertRaises(
NotImplementedError,
lambda: scenario.set_value_for_inputfield(inputfield, None))
def test_skips_empty_cell(self, mocked_setvalue):
"""If a cell isn't filled in, skip it."""
inputfield = InputFieldF.build(destination_table="Scenario", type=InputField.TYPE_INTEGER)
cell = MockCell(value="")
header = self.build_header(inputfield)
eie.import_scenario_row(header, 66, self.rowstart + [cell], self.allowed_ids)
self.assertFalse(mocked_setvalue.called)
def test_false_at_incorrect_options(self):
inputfield = InputFieldF.build(
type=InputField.TYPE_SELECT,
options="not a dictionary at all!")
header = {
'fieldtype': 'Select',
'inputfield': inputfield
}
self.assertFalse(eie.write_domeinlijst(None, 0, header))
def test_wrong_value_raises_error(self):
"""A nonsensical value in a cell returns an error message."""
inputfield = InputFieldF.build(destination_table="scenario", type=InputField.TYPE_INTEGER)
cell = MockCell(value="whee")
header = self.build_header(inputfield)
errors = eie.import_scenario_row(header, 66, self.rowstart + [cell], self.allowed_ids)
self.assertEquals(len(errors), 1)
self.assertTrue("66" in errors[0])
def test_skips_ignored_inputfield(self, mocked_setvalue):
"""Some destination tables, e.g. Project, can't be modified
from this import and should be skipped."""
inputfield = InputFieldF.build(destination_table="Project", type=InputField.TYPE_INTEGER)
cell = MockCell(value=3)
header = self.build_header(inputfield)
eie.import_scenario_row(header, 66, self.rowstart + [cell], self.allowed_ids)
self.assertFalse(mocked_setvalue.called)
def test_a_string_isnt_a_dict(self):
inputfield = InputFieldF.build(
type=InputField.TYPE_SELECT,
options=repr("not a dictionary at all!"))
header = {
'fieldtype': 'Select',
'inputfield': inputfield
}
self.assertFalse(eie.write_domeinlijst(None, 0, header))
def test_rest_calls_value_for_inputfield(self):
field_value = 3
inputfield = InputFieldF.build(type=InputField.TYPE_INTEGER)
with mock.patch("flooding_lib.models.Scenario.value_for_inputfield", return_value=field_value) as patched:
headers = ({}, {"inputfield": inputfield})
scenariorow = eie.ScenarioRow(ScenarioF.build(), headers)
columns = scenariorow.columns()
columns.next() # Skip scenario id
self.assertEquals(columns.next().value, field_value)
patched.assert_called_with(inputfield)
def test_one_inputfield_one_code(self):
worksheet = mock.MagicMock()
inputfield = InputFieldF.build(type=InputField.TYPE_SELECT, options=repr({1: "first line"}))
header = {"fieldtype": "Select", "inputfield": inputfield, "fieldname": "Test"}
self.assertTrue(eie.write_domeinlijst(worksheet, 0, header))
expected = [mock.call(0, 0, "Code"), mock.call(0, 1, "Test"), mock.call(1, 0, 1), mock.call(1, 1, "first line")]
self.assertEquals(worksheet.write.call_args_list, expected)
def test_skips_empty_cell(self, mocked_setvalue):
"""If a cell isn't filled in, skip it."""
inputfield = InputFieldF.build(destination_table='Scenario',
type=InputField.TYPE_INTEGER)
cell = MockCell(value=u'')
header = self.build_header(inputfield)
eie.import_scenario_row(header, 66, self.rowstart + [cell],
self.allowed_ids)
self.assertFalse(mocked_setvalue.called)
def test_rest_calls_value_for_inputfield(self):
field_value = 3
inputfield = InputFieldF.build(type=InputField.TYPE_INTEGER)
with mock.patch('flooding_lib.models.Scenario.value_for_inputfield',
return_value=field_value) as patched:
headers = ({}, {'inputfield': inputfield})
scenariorow = eie.ScenarioRow(ScenarioF.build(), headers)
columns = scenariorow.columns()
columns.next() # Skip scenario id
self.assertEquals(columns.next().value, field_value)
patched.assert_called_with(inputfield)
def test_skips_ignored_inputfield(self, mocked_setvalue):
"""Some destination tables, e.g. Project, can't be modified
from this import and should be skipped."""
inputfield = InputFieldF.build(destination_table='Project',
type=InputField.TYPE_INTEGER)
cell = MockCell(value=3)
header = self.build_header(inputfield)
eie.import_scenario_row(header, 66, self.rowstart + [cell],
self.allowed_ids)
self.assertFalse(mocked_setvalue.called)
def test_wrong_value_raises_error(self):
"""A nonsensical value in a cell returns an error message."""
inputfield = InputFieldF.build(destination_table='scenario',
type=InputField.TYPE_INTEGER)
cell = MockCell(value="whee")
header = self.build_header(inputfield)
errors = eie.import_scenario_row(header, 66, self.rowstart + [cell],
self.allowed_ids)
self.assertEquals(len(errors), 1)
self.assertTrue("66" in errors[0])
def test_headers_from_inputfields(self):
"""Test that it uses the headers from
grouped_input_fields()."""
inputfield = InputFieldF.build(name="testfield")
grouped_input_fields = [{"id": 1, "title": "testheader", "fields": [inputfield]}]
with mock.patch(
"flooding_lib.tools.importtool.models.InputField.grouped_input_fields", return_value=grouped_input_fields
):
fieldinfo = eie.FieldInfo([])
headers = list(fieldinfo.headers_from_inputfields())
self.assertEquals(len(headers), 1)
self.assertEquals(headers[0]["headername"], "testheader")
self.assertEquals(headers[0]["inputfield"], inputfield)
def test_some_inputfield(self, mocked_setvalue):
"""Test with an integer inputfield and see what happens."""
inputfield = InputFieldF.build(destination_table="scenario", type=InputField.TYPE_INTEGER)
cell = MockCell(value=3)
header = self.build_header(inputfield)
eie.import_scenario_row(header, 66, self.rowstart + [cell], self.allowed_ids)
self.assertTrue(mocked_setvalue.called)
c_inputfield, c_value = mocked_setvalue.call_args[0]
self.assertTrue(c_inputfield is inputfield)
self.assertTrue(isinstance(c_value, IntegerValue))
def test_set_value_for_inputfield_sets_extrascenarioinfo(self):
"""See if an inputfield using ExtraScenarioInfo is set."""
scenario = ScenarioF.create()
ExtraInfoFieldF.create(name="test")
inputfield = InputFieldF.build(destination_table='ExtraScenarioInfo',
destination_field='test',
type=importmodels.InputField.TYPE_FLOAT)
value_object = inputfield.build_value_object()
value_object.set(0.5)
scenario.set_value_for_inputfield(inputfield, value_object)
# Was it saved?
esi = models.ExtraScenarioInfo.get(scenario, 'test')
self.assertEquals(esi.value, u'0.5')
def test_simple_scenario_info(self):
scenario = ScenarioF.create()
fieldname = 'test'
value = 3
extrainfofield = ExtraInfoFieldF.create(name=fieldname)
ExtraScenarioInfoF.create(scenario=scenario,
extrainfofield=extrainfofield,
value=value)
inputfield = InputFieldF.build(destination_table='ExtraScenarioInfo',
destination_field=fieldname)
retvalue = models.find_imported_value(inputfield,
{'scenario': scenario})
self.assertEquals(retvalue, 3)
def test_headers_from_inputfields(self):
"""Test that it uses the headers from
grouped_input_fields()."""
inputfield = InputFieldF.build(name="testfield")
grouped_input_fields = [{
'id': 1, 'title': 'testheader', 'fields': [
inputfield]}]
with mock.patch(
'flooding_lib.tools.importtool.models.InputField.grouped_input_fields',
return_value=grouped_input_fields):
fieldinfo = eie.FieldInfo([])
headers = list(fieldinfo.headers_from_inputfields())
self.assertEquals(len(headers), 1)
self.assertEquals(headers[0]['headername'], 'testheader')
self.assertEquals(headers[0]['inputfield'], inputfield)
def test_some_inputfield(self, mocked_setvalue):
"""Test with an integer inputfield and see what happens."""
inputfield = InputFieldF.build(destination_table='scenario',
type=InputField.TYPE_INTEGER)
cell = MockCell(value=3)
header = self.build_header(inputfield)
eie.import_scenario_row(header, 66, self.rowstart + [cell],
self.allowed_ids)
self.assertTrue(mocked_setvalue.called)
c_inputfield, c_value = mocked_setvalue.call_args[0]
self.assertTrue(c_inputfield is inputfield)
self.assertTrue(isinstance(c_value, IntegerValue))
def test_set_value_for_inputfield_sets_extrascenarioinfo(self):
"""See if an inputfield using ExtraScenarioInfo is set."""
scenario = ScenarioF.create()
ExtraInfoFieldF.create(name="test")
inputfield = InputFieldF.build(
destination_table='ExtraScenarioInfo',
destination_field='test',
type=importmodels.InputField.TYPE_FLOAT)
value_object = inputfield.build_value_object()
value_object.set(0.5)
scenario.set_value_for_inputfield(inputfield, value_object)
# Was it saved?
esi = models.ExtraScenarioInfo.get(scenario, 'test')
self.assertEquals(esi.value, u'0.5')
def test_set_value_for_inputfield_on_scenario_sets_value(self):
"""See if a value is really set."""
scenario = ScenarioF.create()
inputfield = InputFieldF.build(
destination_table='Scenario',
destination_field='name',
type=importmodels.InputField.TYPE_STRING)
value_object = inputfield.build_value_object()
value_object.set("new name")
scenario.set_value_for_inputfield(inputfield, value_object)
# Was it saved?
scenario = models.Scenario.objects.get(pk=scenario.id)
self.assertEquals(scenario.name, "new name")
def test_simple_scenario_info(self):
scenario = ScenarioF.create()
fieldname = 'test'
value = 3
extrainfofield = ExtraInfoFieldF.create(name=fieldname)
ExtraScenarioInfoF.create(
scenario=scenario,
extrainfofield=extrainfofield,
value=value)
inputfield = InputFieldF.build(
destination_table='ExtraScenarioInfo',
destination_field=fieldname)
retvalue = models.find_imported_value(
inputfield, {'scenario': scenario})
self.assertEquals(retvalue, 3)
def test_set_value_for_inputfield_on_scenario_sets_value(self):
"""See if a value is really set."""
scenario = ScenarioF.create()
inputfield = InputFieldF.build(
destination_table='Scenario',
destination_field='name',
type=importmodels.InputField.TYPE_STRING)
value_object = inputfield.build_value_object()
value_object.set("new name")
scenario.set_value_for_inputfield(inputfield, value_object)
# Was it saved?
scenario = models.Scenario.objects.get(pk=scenario.id)
self.assertEquals(scenario.name, "new name")
def test_headers_from_inputfields(self):
"""Test that it uses the headers from
grouped_input_fields()."""
inputfield = InputFieldF.build(name="testfield")
grouped_input_fields = [{
'id': 1,
'title': 'testheader',
'fields': [inputfield]
}]
with mock.patch(
'flooding_lib.tools.importtool.models.InputField.grouped_input_fields',
return_value=grouped_input_fields):
fieldinfo = eie.FieldInfo([])
headers = list(fieldinfo.headers_from_inputfields())
self.assertEquals(len(headers), 1)
self.assertEquals(headers[0]['headername'], 'testheader')
self.assertEquals(headers[0]['inputfield'], inputfield)
def test_set_value_for_inputfield_sets_scenariobreach_value(self):
"""See if an inputfield using ScenarioBreach is set."""
scenario = ScenarioF.create()
ScenarioBreachF.create(scenario=scenario)
inputfield = InputFieldF.build(destination_table='ScenarioBreach',
destination_field='widthbrinit',
type=importmodels.InputField.TYPE_FLOAT)
value_object = inputfield.build_value_object()
value_object.set(0.5)
scenario.set_value_for_inputfield(inputfield, value_object)
# Was it saved?
if hasattr(scenario, '_data_objects'):
del scenario._data_objects
scenariobreach = scenario.gather_data_objects()['scenariobreach']
self.assertEquals(scenariobreach.widthbrinit, 0.5)
def test_set_value_for_inputfield_sets_scenariobreach_value(self):
"""See if an inputfield using ScenarioBreach is set."""
scenario = ScenarioF.create()
ScenarioBreachF.create(scenario=scenario)
inputfield = InputFieldF.build(
destination_table='ScenarioBreach',
destination_field='widthbrinit',
type=importmodels.InputField.TYPE_FLOAT)
value_object = inputfield.build_value_object()
value_object.set(0.5)
scenario.set_value_for_inputfield(inputfield, value_object)
# Was it saved?
if hasattr(scenario, '_data_objects'):
del scenario._data_objects
scenariobreach = scenario.gather_data_objects()['scenariobreach']
self.assertEquals(scenariobreach.widthbrinit, 0.5)
def test_999(self):
# It used to be that values like -999 were treated separately
# (as if they were None), but that is disabled now so this is
# just a pretty random test.
scenario = ScenarioF.create()
fieldname = 'test'
value = '-999'
extrainfofield = ExtraInfoFieldF.create(name=fieldname)
ExtraScenarioInfoF.create(scenario=scenario,
extrainfofield=extrainfofield,
value=value)
inputfield = InputFieldF.build(
destination_table='ExtraScenarioInfo',
destination_field=fieldname,
type=importmodels.InputField.TYPE_STRING)
retvalue = models.find_imported_value(inputfield,
{'scenario': scenario})
self.assertEquals(retvalue, u'-999')
def test_999(self):
# It used to be that values like -999 were treated separately
# (as if they were None), but that is disabled now so this is
# just a pretty random test.
scenario = ScenarioF.create()
fieldname = 'test'
value = '-999'
extrainfofield = ExtraInfoFieldF.create(name=fieldname)
ExtraScenarioInfoF.create(
scenario=scenario,
extrainfofield=extrainfofield,
value=value)
inputfield = InputFieldF.build(
destination_table='ExtraScenarioInfo',
destination_field=fieldname,
type=importmodels.InputField.TYPE_STRING)
retvalue = models.find_imported_value(
inputfield, {'scenario': scenario})
self.assertEquals(retvalue, u'-999')
def test_one_inputfield_one_code(self):
worksheet = mock.MagicMock()
inputfield = InputFieldF.build(type=InputField.TYPE_SELECT,
options=repr({1: "first line"}))
header = {
'fieldtype': 'Select',
'inputfield': inputfield,
'fieldname': 'Test'
}
self.assertTrue(eie.write_domeinlijst(worksheet, 0, header))
expected = [
mock.call(0, 0, "Code"),
mock.call(0, 1, "Test"),
mock.call(1, 0, 1),
mock.call(1, 1, "first line")
]
self.assertEquals(worksheet.write.call_args_list, expected)
