def test35_OL3_poly_graduated(self):
"""OL3 polygon graduated (test_qgis2web_dialog.test_OL3_poly_graduated)"""
layer_path = test_data_path('layer', 'polygon.shp')
style_path = test_data_path('style', 'json_polygon_graduated.qml')
control_path = test_data_path('control',
'ol3_json_polygon_graduated.html')
layer = load_layer(layer_path)
layer.loadNamedStyle(style_path)
registry = QgsMapLayerRegistry.instance()
registry.addMapLayer(layer)
control_file = open(control_path, 'r')
control_output = control_file.read()
self.dialog = MainDialog(IFACE)
self.dialog.paramsTreeOL.itemWidget(
self.dialog.paramsTreeOL.findItems(
"Extent", (Qt.MatchExactly | Qt.MatchRecursive))[0],
1).setCurrentIndex(1)
self.dialog.ol3.click()
test_file = open(self.dialog.preview.url().toString().replace(
'file://', ''))
test_output = test_file.read()
test_style_file = open(self.dialog.preview.url().toString().replace(
'file://', '').replace('index.html', 'styles/polygon_style.js'))
test_style_output = test_style_file.read()
test_output += test_style_output
self.assertEqual(test_output, control_output)
def test09_Leaflet_json_pnt_single(self):
"""Leaflet JSON point single (test_qgis2web_dialog.test_Leaflet_json_pnt_single)"""
layer_path = test_data_path('layer', 'point.shp')
style_path = test_data_path('style', 'point_single.qml')
layer = load_layer(layer_path)
layer.loadNamedStyle(style_path)
registry = QgsMapLayerRegistry.instance()
registry.addMapLayer(layer)
control_file = open(
test_data_path('control', 'leaflet_json_point_single.html'), 'r')
control_output = control_file.read()
# Export to web map
self.dialog = MainDialog(IFACE)
self.dialog.paramsTreeOL.itemWidget(
self.dialog.paramsTreeOL.findItems(
'Extent', (Qt.MatchExactly | Qt.MatchRecursive))[0],
1).setCurrentIndex(1)
self.dialog.leaflet.click()
# Open the test file
test_file = open(self.dialog.preview.url().toString().replace(
'file://', ''))
test_output = test_file.read()
# Compare with control file
self.assertEqual(test_output, control_output)
def test26_Leaflet_wfs_poly_graduated(self):
"""Leaflet WFS polygon graduated (test_qgis2web_dialog.test_Leaflet_wfs_poly_graduated)"""
layer_url = ('http://maps.nationalparks.gov.uk/geoserver/wfs?SERVICE'
'=WFS&VERSION=1.0.0&REQUEST=GetFeature&TYPENAME'
'=yorkshire_dales:ydnpa_conservationareas&SRSNAME=EPSG'
':27700')
layer_style = test_data_path('style', 'wfs_polygon_graduated.qml')
control_path = test_data_path('control',
'leaflet_wfs_polygon_graduated.html')
layer = load_wfs_layer(layer_url, 'polygon')
layer.loadNamedStyle(layer_style)
registry = QgsMapLayerRegistry.instance()
registry.addMapLayer(layer)
control_file = open(control_path, 'r')
control_output = control_file.read()
self.dialog = MainDialog(IFACE)
self.dialog.paramsTreeOL.itemWidget(
self.dialog.paramsTreeOL.findItems(
'Extent', (Qt.MatchExactly | Qt.MatchRecursive))[0],
1).setCurrentIndex(1)
self.dialog.leaflet.click()
test_file = open(self.dialog.preview.url().toString().replace(
"file://", ""))
test_output = test_file.read()
self.assertEqual(test_output, control_output)
def test10_Leaflet_wfs_pnt_single(self):
"""Leaflet WFS point single (test_qgis2web_dialog.test_Leaflet_wfs_pnt_single)"""
layer_url = ('http://maps.nationalparks.gov.uk/geoserver/wfs?SERVICE'
'=WFS&VERSION=1.0.0&REQUEST=GetFeature&TYPENAME=dartmoor'
':dnpa-tpo-point&SRSNAME=EPSG:27700')
layer_style = test_data_path('style', 'point_single.qml')
layer = load_wfs_layer(layer_url, 'point')
layer.loadNamedStyle(layer_style)
registry = QgsMapLayerRegistry.instance()
registry.addMapLayer(layer)
control_file = open(
test_data_path('control', 'leaflet_wfs_point_single.html'), 'r')
control_output = control_file.read()
self.dialog = MainDialog(IFACE)
self.dialog.paramsTreeOL.itemWidget(
self.dialog.paramsTreeOL.findItems(
'Extent',
(Qt.MatchExactly | Qt.MatchRecursive))[0],
1).setCurrentIndex(1)
self.dialog.leaflet.click()
test_file = open(
self.dialog.preview.url().toString().replace('file://', ''))
test_output = test_file.read()
self.assertEqual(test_output, control_output)
def test10_Leaflet_wfs_pnt_single(self):
"""Leaflet WFS point single (test_qgis2web_dialog.test_Leaflet_wfs_pnt_single)"""
layer_url = ('http://maps.nationalparks.gov.uk/geoserver/wfs?SERVICE'
'=WFS&VERSION=1.0.0&REQUEST=GetFeature&TYPENAME=dartmoor'
':dnpa-tpo-point&SRSNAME=EPSG:27700')
layer_style = test_data_path('style', 'point_single.qml')
layer = load_wfs_layer(layer_url, 'point')
layer.loadNamedStyle(layer_style)
registry = QgsMapLayerRegistry.instance()
registry.addMapLayer(layer)
control_file = open(
test_data_path('control', 'leaflet_wfs_point_single.html'), 'r')
control_output = control_file.read()
self.dialog = MainDialog(IFACE)
self.dialog.paramsTreeOL.itemWidget(
self.dialog.paramsTreeOL.findItems(
'Extent', (Qt.MatchExactly | Qt.MatchRecursive))[0],
1).setCurrentIndex(1)
self.dialog.leaflet.click()
test_file = open(self.dialog.preview.url().toString().replace(
'file://', ''))
test_output = test_file.read()
self.assertEqual(test_output, control_output)
def test35_OL3_poly_graduated(self):
"""OL3 polygon graduated (test_qgis2web_dialog.test_OL3_poly_graduated)"""
layer_path = test_data_path('layer', 'polygon.shp')
style_path = test_data_path('style', 'json_polygon_graduated.qml')
control_path = test_data_path(
'control', 'ol3_json_polygon_graduated.html')
layer = load_layer(layer_path)
layer.loadNamedStyle(style_path)
registry = QgsMapLayerRegistry.instance()
registry.addMapLayer(layer)
control_file = open(control_path, 'r')
control_output = control_file.read()
self.dialog = MainDialog(IFACE)
self.dialog.paramsTreeOL.itemWidget(self.dialog.paramsTreeOL.findItems("Extent",
(Qt.MatchExactly |
Qt.MatchRecursive))[0], 1).setCurrentIndex(1)
self.dialog.ol3.click()
test_file = open(
self.dialog.preview.url().toString().replace('file://', ''))
test_output = test_file.read()
test_style_file = open(
self.dialog.preview.url().toString().replace(
'file://', '').replace(
'index.html', 'styles/polygon_style.js'))
test_style_output = test_style_file.read()
test_output += test_style_output
self.assertEqual(test_output, control_output)
def test25_Leaflet_json_poly_graduated(self):
"""Leaflet JSON polygon graduated (test_qgis2web_dialog.test_Leaflet_json_poly_graduated)"""
layer_path = test_data_path('layer', 'polygon.shp')
layer_style = test_data_path('style', 'json_polygon_graduated.qml')
control_path = test_data_path(
'control', 'leaflet_json_polygon_graduated.html')
layer = load_layer(layer_path)
layer.loadNamedStyle(layer_style)
registry = QgsMapLayerRegistry.instance()
registry.addMapLayer(layer)
control_file = open(control_path, 'r')
control_output = control_file.read()
self.dialog = MainDialog(IFACE)
self.dialog.paramsTreeOL.itemWidget(
self.dialog.paramsTreeOL.findItems(
'Extent', (Qt.MatchExactly | Qt.MatchRecursive))[0],
1).setCurrentIndex(1)
self.dialog.leaflet.click()
test_file = open(self.dialog.preview.url().toString().replace(
"file://", ""))
test_output = test_file.read()
self.assertEqual(test_output, control_output)
def test09_Leaflet_json_pnt_single(self):
"""Leaflet JSON point single (test_qgis2web_dialog.test_Leaflet_json_pnt_single)"""
layer_path = test_data_path('layer', 'point.shp')
style_path = test_data_path('style', 'point_single.qml')
layer = load_layer(layer_path)
layer.loadNamedStyle(style_path)
registry = QgsMapLayerRegistry.instance()
registry.addMapLayer(layer)
control_file = open(
test_data_path(
'control', 'leaflet_json_point_single.html'), 'r')
control_output = control_file.read()
# Export to web map
self.dialog = MainDialog(IFACE)
self.dialog.paramsTreeOL.itemWidget(
self.dialog.paramsTreeOL.findItems(
'Extent',
(Qt.MatchExactly | Qt.MatchRecursive))[0],
1).setCurrentIndex(1)
self.dialog.leaflet.click()
# Open the test file
test_file = open(
self.dialog.preview.url().toString().replace('file://', ''))
test_output = test_file.read()
# Compare with control file
self.assertEqual(test_output, control_output)
def test25_Leaflet_json_poly_graduated(self):
"""Leaflet JSON polygon graduated (test_qgis2web_dialog.test_Leaflet_json_poly_graduated)"""
layer_path = test_data_path('layer', 'polygon.shp')
layer_style = test_data_path('style', 'json_polygon_graduated.qml')
control_path = test_data_path('control',
'leaflet_json_polygon_graduated.html')
layer = load_layer(layer_path)
layer.loadNamedStyle(layer_style)
registry = QgsMapLayerRegistry.instance()
registry.addMapLayer(layer)
control_file = open(control_path, 'r')
control_output = control_file.read()
self.dialog = MainDialog(IFACE)
self.dialog.paramsTreeOL.itemWidget(
self.dialog.paramsTreeOL.findItems(
'Extent', (Qt.MatchExactly | Qt.MatchRecursive))[0],
1).setCurrentIndex(1)
self.dialog.leaflet.click()
test_file = open(self.dialog.preview.url().toString().replace(
"file://", ""))
test_output = test_file.read()
self.assertEqual(test_output, control_output)
def test26_Leaflet_wfs_poly_graduated(self):
"""Leaflet WFS polygon graduated (test_qgis2web_dialog.test_Leaflet_wfs_poly_graduated)"""
layer_url = ('http://maps.nationalparks.gov.uk/geoserver/wfs?SERVICE'
'=WFS&VERSION=1.0.0&REQUEST=GetFeature&TYPENAME'
'=yorkshire_dales:ydnpa_conservationareas&SRSNAME=EPSG'
':27700')
layer_style = test_data_path('style', 'wfs_polygon_graduated.qml')
control_path = test_data_path(
'control', 'leaflet_wfs_polygon_graduated.html')
layer = load_wfs_layer(layer_url, 'polygon')
layer.loadNamedStyle(layer_style)
registry = QgsMapLayerRegistry.instance()
registry.addMapLayer(layer)
control_file = open(control_path, 'r')
control_output = control_file.read()
self.dialog = MainDialog(IFACE)
self.dialog.paramsTreeOL.itemWidget(
self.dialog.paramsTreeOL.findItems(
'Extent', (Qt.MatchExactly | Qt.MatchRecursive))[0],
1).setCurrentIndex(1)
self.dialog.leaflet.click()
test_file = open(self.dialog.preview.url().toString().replace(
"file://", ""))
test_output = test_file.read()
self.assertEqual(test_output, control_output)
def test_remove_board(self):
#load shape test
print "\n"
print "---- debut test ----- "
testPath = test_data_path('layer','aesn_simplifie.shp')
layer = load_layer(testPath)
if not layer.isValid():
print "-/-\- failed -/-\-"
else:
print "---- Layer loaded ----"
#Init a qgis instance
registry = QgsMapLayerRegistry.instance()
#Remove all layers
registry.addMapLayer(layer)
# Init the qt application to interact with each widget
self.dialog = PlantMapDialog(IFACE)
self.dialog.UI_taxonLayer.clear()
self.dialog.UI_taxonLayer.addItem(layer.name(),layer)
#Put a value of one field
self.dialog.UI_iterationField.clear()
self.dialog.UI_iterationField.addItem("cd_ref_ref")
iterationField = self.dialog.UI_iterationField.currentText()
#Add one taxon to the board
self.dialog.add_Taxon_To_Board("1234","test","OK")
self.dialog.validate_remove_all()
self.assertEqual(self.dialog.UI_taxonTab.rowCount(),0)
def test39_OL3_base_group_only_included_when_base_map_selected(self):
"""OL3 Only include the 'Base maps' group when +1 base maps are selected"""
layer_path = test_data_path('layer', 'point.shp')
layer = load_layer(layer_path)
registry = QgsMapLayerRegistry.instance()
registry.addMapLayer(layer)
dialog = MainDialog(IFACE)
# Ensure the OpenLayers 3 option is selected
dialog.ol3.click()
# Ensure no base maps are selected
for i in range(dialog.basemaps.count()):
dialog.basemaps.item(i).setSelected(False)
# Click the 'Update preview' button to ensure the preview URL is
# updated
QtTest.QTest.mouseClick(dialog.buttonPreview, Qt.LeftButton)
test_layers_output = read_output(dialog.preview.url().toString(), 'layers/layers.js')
assert "new ol.layer.Group" not in test_layers_output
# Select a base map
dialog.basemaps.item(0).setSelected(True)
# Click the 'Update preview' button to ensure the preview URL is
# updated
QtTest.QTest.mouseClick(dialog.buttonPreview, Qt.LeftButton)
test_layers_output = read_output(dialog.preview.url().toString(), 'layers/layers.js')
assert "new ol.layer.Group" in test_layers_output
def test_parse_xml(self):
"""Test parsing the xml works correctly."""
xml_path = test_data_path('collections', 'test_collection', 'symbol',
'various_symbols.xml')
extractor = SymbolXMLExtractor(xml_path)
# There are 9 symbols and 3 colorramps there
expected_symbols = {
'fill_raster': QgsFillSymbolV2,
'fill_svg': QgsFillSymbolV2,
'fill_svg_line': QgsFillSymbolV2,
'line_arrow': QgsLineSymbolV2,
'line_svg_marker': QgsLineSymbolV2,
'marker_ellipse': QgsMarkerSymbolV2,
'marker_font': QgsMarkerSymbolV2,
'marker_simple': QgsMarkerSymbolV2,
'marker_svg': QgsMarkerSymbolV2
}
self.assertEqual(len(extractor.symbols), len(expected_symbols))
for symbol in extractor.symbols:
self.assertTrue(
isinstance(symbol['symbol'], expected_symbols[symbol['name']]))
expected_colorramps = {
'cr_colorbrewer': QgsVectorColorBrewerColorRampV2,
'cr_gradient': QgsVectorGradientColorRampV2,
'cr_random': QgsVectorRandomColorRampV2
}
self.assertEqual(len(extractor.colorramps), len(expected_colorramps))
for colorramp in extractor.colorramps:
self.assertTrue(
isinstance(colorramp['colorramp'],
expected_colorramps[colorramp['name']]))
def test36_OL3_layer_list(self):
"""OL3 A layer list is present when selected"""
layer_path = test_data_path('layer', 'point.shp')
layer = load_layer(layer_path)
registry = QgsMapLayerRegistry.instance()
registry.addMapLayer(layer)
dialog = MainDialog(IFACE)
# Ensure the OpenLayers 3 option is selected
dialog.ol3.click()
# Check the 'Add layers list' checkbox
dialog.items['Appearance'].get('Add layers list').setCheckState(1, QtCore.Qt.Checked)
# Click the 'Update preview' button to ensure the preview URL is
# updated
QtTest.QTest.mouseClick(dialog.buttonPreview, Qt.LeftButton)
test_qgis2web_output = read_output(dialog.preview.url().toString(), 'resources/qgis2web.js')
assert 'new ol.control.LayerSwitcher' in test_qgis2web_output
test_layers_output = read_output(dialog.preview.url().toString(), 'layers/layers.js')
assert 'title: "point"' in test_layers_output
def test_remove_board(self):
#load shape test
print "\n"
print "---- debut test ----- "
testPath = test_data_path('layer', 'aesn_simplifie.shp')
layer = load_layer(testPath)
if not layer.isValid():
print "-/-\- failed -/-\-"
else:
print "---- Layer loaded ----"
#Init a qgis instance
registry = QgsMapLayerRegistry.instance()
#Remove all layers
registry.addMapLayer(layer)
# Init the qt application to interact with each widget
self.dialog = PlantMapDialog(IFACE)
self.dialog.UI_taxonLayer.clear()
self.dialog.UI_taxonLayer.addItem(layer.name(), layer)
#Put a value of one field
self.dialog.UI_iterationField.clear()
self.dialog.UI_iterationField.addItem("cd_ref_ref")
iterationField = self.dialog.UI_iterationField.currentText()
#Add one taxon to the board
self.dialog.add_Taxon_To_Board("1234", "test", "OK")
self.dialog.validate_remove_all()
self.assertEqual(self.dialog.UI_taxonTab.rowCount(), 0)
def test_description_field(self):
print "\n"
print "----- debut test -----"
testPath = test_data_path('layer', 'aesn_simplifie.shp')
layer = load_layer(testPath)
if not layer.isValid():
print "-/-\- failed -/-\-"
else:
print "---- Layer loaded ----"
#Init a qgis instance
registry = QgsMapLayerRegistry.instance()
#Remove all layers
registry.addMapLayer(layer)
# Init the qt application to interact with each widget
self.dialog = PlantMapDialog(IFACE)
self.dialog.UI_taxonLayer.clear()
self.dialog.UI_taxonLayer.addItem(layer.name(), layer)
#Put a value of one field
self.dialog.UI_iterationField.clear()
self.dialog.UI_iterationField.addItem("cd_ref_ref")
#Put a value in the combobox of descriptionField
self.dialog.UI_descriptionField.clear()
self.dialog.UI_descriptionField.addItem("nom_comple")
iterationField = self.dialog.UI_iterationField.currentText()
descriptionField = self.dialog.UI_descriptionField.currentText()
descriptionFeature = self.dialog.pme.check_taxon_id(
"88949", layer, iterationField, descriptionField)
self.assertEqual(descriptionFeature,
"Carex viridula Michx. subsp. viridula")
self.dialog.add_Taxon_To_Board("88949", descriptionFeature, "OK")
taxonBoard = self.dialog.UI_taxonTab
cell = taxonBoard.item(0, 1).text()
self.assertEqual("Carex viridula Michx. subsp. viridula", cell)
self.assertNotEqual("fazfageaz fage", cell)
def test_parsing_csv_file(self):
# Init the qt application to interact with each widget
self.dialog = PlantMapDialog(IFACE)
testPath = test_data_path('test.csv')
countRow = 0
taxonsLocal = []
with open(testPath, 'r') as csvfile:
spamreader = csv.reader(csvfile, delimiter=',', quotechar='"')
for row in spamreader:
countRow += 1
taxonsLocal.append(row[0])
taxons = self.dialog.parsing_csv_file(testPath)
self.assertEqual(len(taxons), countRow)
compare = lambda x, y: collections.Counter(x) == collections.Counter(y)
self.assertTrue(compare)
def test_parsing_csv_file(self):
# Init the qt application to interact with each widget
self.dialog = PlantMapDialog(IFACE)
testPath = test_data_path('test.csv')
countRow = 0
taxonsLocal=[]
with open(testPath, 'r') as csvfile:
spamreader = csv.reader(csvfile, delimiter=',', quotechar='"')
for row in spamreader:
countRow+=1
taxonsLocal.append(row[0])
taxons = self.dialog.parsing_csv_file(testPath)
self.assertEqual(len(taxons),countRow)
compare = lambda x,y:collections.Counter(x) == collections.Counter(y)
self.assertTrue(compare)
def test_description_field(self):
print "\n"
print "----- debut test -----"
testPath = test_data_path('layer','aesn_simplifie.shp')
layer = load_layer(testPath)
if not layer.isValid():
print "-/-\- failed -/-\-"
else:
print "---- Layer loaded ----"
#Init a qgis instance
registry = QgsMapLayerRegistry.instance()
#Remove all layers
registry.addMapLayer(layer)
# Init the qt application to interact with each widget
self.dialog = PlantMapDialog(IFACE)
self.dialog.UI_taxonLayer.clear()
self.dialog.UI_taxonLayer.addItem(layer.name(),layer)
#Put a value of one field
self.dialog.UI_iterationField.clear()
self.dialog.UI_iterationField.addItem("cd_ref_ref")
#Put a value in the combobox of descriptionField
self.dialog.UI_descriptionField.clear()
self.dialog.UI_descriptionField.addItem("nom_comple")
iterationField = self.dialog.UI_iterationField.currentText()
descriptionField = self.dialog.UI_descriptionField.currentText()
descriptionFeature = self.dialog.pme.check_taxon_id("88949",layer,iterationField,descriptionField)
self.assertEqual(descriptionFeature,"Carex viridula Michx. subsp. viridula")
self.dialog.add_Taxon_To_Board("88949",descriptionFeature,"OK")
taxonBoard = self.dialog.UI_taxonTab
cell = taxonBoard.item(0,1).text()
self.assertEqual("Carex viridula Michx. subsp. viridula",cell)
self.assertNotEqual("fazfageaz fage",cell)
def test_add_one_taxon(self):
#self.dialog = PlantMapDialog(IFACE)
#load shape test
print "\n"
print "---- debut test ----- "
testPath = test_data_path('layer','aesn_simplifie.shp')
layer = load_layer(testPath)
if not layer.isValid():
print "-/-\- failed -/-\-"
else:
print "---- Layer loaded ----"
#Init a qgis instance
registry = QgsMapLayerRegistry.instance()
#Remove all layers
registry.addMapLayer(layer)
# Init the qt application to interact with each widget
self.dialog = PlantMapDialog(IFACE)
self.dialog.UI_taxonLayer.clear()
self.dialog.UI_taxonLayer.addItem(layer.name(),layer)
#Put a value of one field
self.dialog.UI_iterationField.clear()
self.dialog.UI_iterationField.addItem("cd_ref_ref")
iterationField = self.dialog.UI_iterationField.currentText()
#Get the taxon board
taxonBoard = self.dialog.UI_taxonTab;
#Add one taxon to the board
self.dialog.add_Taxon_To_Board("1234","test","OK")
#Test the tab length with a defined value
self.assertEqual(taxonBoard.rowCount(),1)
#Test the tab with the list which is supposed to be fill with the method
self.assertEqual(taxonBoard.rowCount(),len(self.dialog.taxonList))
def test_add_one_taxon(self):
#self.dialog = PlantMapDialog(IFACE)
#load shape test
print "\n"
print "---- debut test ----- "
testPath = test_data_path('layer', 'aesn_simplifie.shp')
layer = load_layer(testPath)
if not layer.isValid():
print "-/-\- failed -/-\-"
else:
print "---- Layer loaded ----"
#Init a qgis instance
registry = QgsMapLayerRegistry.instance()
#Remove all layers
registry.addMapLayer(layer)
# Init the qt application to interact with each widget
self.dialog = PlantMapDialog(IFACE)
self.dialog.UI_taxonLayer.clear()
self.dialog.UI_taxonLayer.addItem(layer.name(), layer)
#Put a value of one field
self.dialog.UI_iterationField.clear()
self.dialog.UI_iterationField.addItem("cd_ref_ref")
iterationField = self.dialog.UI_iterationField.currentText()
#Get the taxon board
taxonBoard = self.dialog.UI_taxonTab
#Add one taxon to the board
self.dialog.add_Taxon_To_Board("1234", "test", "OK")
#Test the tab length with a defined value
self.assertEqual(taxonBoard.rowCount(), 1)
#Test the tab with the list which is supposed to be fill with the method
self.assertEqual(taxonBoard.rowCount(), len(self.dialog.taxonList))
def test37_OL3_base_layers_have_type_base(self):
"""OL3 Ensure base layers have a type property with a value of 'base'"""
layer_path = test_data_path('layer', 'point.shp')
layer = load_layer(layer_path)
registry = QgsMapLayerRegistry.instance()
registry.addMapLayer(layer)
dialog = MainDialog(IFACE)
# Ensure the OpenLayers 3 option is selected
dialog.ol3.click()
# Select a base map
dialog.basemaps.item(0).setSelected(True)
# Click the 'Update preview' button to ensure the preview URL is
# updated
QtTest.QTest.mouseClick(dialog.buttonPreview, Qt.LeftButton)
test_layers_output = read_output(dialog.preview.url().toString(), 'layers/layers.js')
assert "'type': 'base'" in test_layers_output
