def test_renderer(self):
filename = os.path.dirname(__file__) + '/sample_files/rend-file.xml'
comparation_filename = os.path.dirname(__file__) + \
'/sample_files/expected-rend-file.xml'
from_node = Node('node_zero')
node = Node('node_one')
anchors = ('1', '2')
region = Region('region_one', *anchors)
node.add_region(region)
features = {'name': 'feature_name',
'value': 'feature_value'}
annotation = Annotation('Annotation_label', features, 'annotation-1')
node.annotations.add(annotation)
edge = Edge('edge1', from_node, node)
self.graph.edges.add(edge)
self.graph.nodes.add(node)
self.graph.regions.add(region)
graf_render = GrafRenderer(filename)
graf_render.render(self.graph)
expected_tree = ElementTree.parse(comparation_filename)
result_tree = ElementTree.parse(filename)
expected_result = [ElementTree.tostring(i) for i in
expected_tree.getroot()]
result = [ElementTree.tostring(i) for i in
result_tree.getroot()]
assert (result[0] == expected_result[0])
assert (result[1] == expected_result[1])
assert (result[2] == expected_result[2])
assert (result[3] == expected_result[3])
def test_renderer(self):
filename = os.path.dirname(__file__) + '/sample_files/rend-file.xml'
comparation_filename = os.path.dirname(__file__) + \
'/sample_files/expected-rend-file.xml'
from_node = Node('node_zero')
node = Node('node_one')
anchors = ('1', '2')
region = Region('region_one', *anchors)
node.add_region(region)
features = {'name': 'feature_name', 'value': 'feature_value'}
annotation = Annotation('Annotation_label', features, 'annotation-1')
node.annotations.add(annotation)
edge = Edge('edge1', from_node, node)
self.graph.edges.add(edge)
self.graph.nodes.add(node)
self.graph.regions.add(region)
graf_render = GrafRenderer(filename)
graf_render.render(self.graph)
expected_tree = ElementTree.parse(comparation_filename)
result_tree = ElementTree.parse(filename)
expected_result = [
ElementTree.tostring(i) for i in expected_tree.getroot()
]
result = [ElementTree.tostring(i) for i in result_tree.getroot()]
assert (result[0] == expected_result[0])
assert (result[1] == expected_result[1])
assert (result[2] == expected_result[2])
assert (result[3] == expected_result[3])
graph.nodes.add(node_two)
graph.nodes.add(node_three)
# Create the edge
edge = Edge(node_one, node_three)
# Add an the edge
#graph.add_edge(edge)
# Add Features
feature_strct = FeatureStructure() # Structure
# Adding two features
# There are two ways to it.
# Use the simple first
# Setting up all the features to the annotation
feature_strct['feature1'] = 'value_1'
feature_strct['feature2'] = 'value_2'
# Adding the features to annotations
annotation = Annotation('label', feature_strct)
annotation.features['another_feature'] = 'value_another'
annotation.features['feature3'] = 'value_3'
# Adding the annotations to the node
node_one.annotations.add(annotation)
# Rendering the Graph
graf_render = GrafRenderer(sys.stdout)
graf_render.render(graph)