def visualize(self,
filename,
output_file,
max_history,
nlu_training_data=None,
fontsize=12):
from rasa_core.training.visualization import visualize_stories
from rasa_core.training import StoryFileReader
story_steps = StoryFileReader.read_from_file(filename, self.domain)
visualize_stories(story_steps, self.domain, output_file, max_history,
self.interpreter, nlu_training_data, fontsize)
def test_graph_persistence(default_domain, tmpdir):
from os.path import isfile
from networkx.drawing import nx_pydot
import io
from rasa_core.training.dsl import StoryFileReader
from rasa_core.interpreter import RegexInterpreter
story_steps = StoryFileReader.read_from_file(
"data/test_stories/stories.md",
default_domain,
interpreter=RegexInterpreter())
out_file = tmpdir.join("graph.html").strpath
generated_graph = visualization.visualize_stories(story_steps,
default_domain,
output_file=out_file,
max_history=3,
should_merge_nodes=False)
generated_graph = nx_pydot.to_pydot(generated_graph)
assert isfile(out_file)
with io.open(out_file, 'r') as graph_file:
content = graph_file.read()
assert 'isClient = true' in content
assert "graph = `{}`".format(generated_graph.to_string()) in content
def visualize(self,
resource_name, # type: Text
output_file, # type: Text
max_history, # type: int
nlu_training_data=None, # type: Optional[Text]
should_merge_nodes=True, # type: bool
fontsize=12 # type: int
):
# type: (...) -> None
from rasa_core.training.visualization import visualize_stories
from rasa_core.training.dsl import StoryFileReader
"""Visualize the loaded training data from the resource."""
story_steps = StoryFileReader.read_from_folder(resource_name,
self.domain)
visualize_stories(story_steps, self.domain, output_file, max_history,
self.interpreter, nlu_training_data,
should_merge_nodes, fontsize)
def visualize(self,
resource_name, # type: Text
output_file, # type: Text
max_history, # type: int
nlu_training_data=None, # type: Optional[Text]
should_merge_nodes=True, # type: bool
fontsize=12 # type: int
):
# type: (...) -> None
from rasa_core.training.visualization import visualize_stories
from rasa_core.training.dsl import StoryFileReader
"""Visualize the loaded training data from the resource."""
story_steps = StoryFileReader.read_from_folder(resource_name,
self.domain)
visualize_stories(story_steps, self.domain, output_file, max_history,
self.interpreter, nlu_training_data,
should_merge_nodes, fontsize)
def test_story_visualization(default_domain):
story_steps = StoryFileReader.read_from_file(
"data/test_stories/stories.md", default_domain,
interpreter=RegexInterpreter())
generated_graph = visualize_stories(story_steps, default_domain,
output_file=None,
max_history=3,
should_merge_nodes=False)
assert len(generated_graph.nodes()) == 33
def visualize(self,
resource_name: Text,
output_file: Text,
max_history: Optional[int] = None,
nlu_training_data: Optional[Text] = None,
should_merge_nodes: bool = True,
fontsize: int = 12) -> None:
from rasa_core.training.visualization import visualize_stories
from rasa_core.training.dsl import StoryFileReader
"""Visualize the loaded training data from the resource."""
# if the user doesn't provide a max history, we will use the
# largest value from any policy
max_history = max_history or self._max_history()
story_steps = StoryFileReader.read_from_folder(resource_name,
self.domain)
visualize_stories(story_steps, self.domain, output_file, max_history,
self.interpreter, nlu_training_data,
should_merge_nodes, fontsize)
def test_story_visualization_with_merging(default_domain):
story_steps = StoryFileReader.read_from_file(
"data/test_stories/stories.md", default_domain,
interpreter=RegexInterpreter())
generated_graph = visualize_stories(story_steps, default_domain,
output_file=None,
max_history=3,
should_merge_nodes=True)
assert 15 < len(generated_graph.nodes()) < 33
assert 20 < len(generated_graph.edges()) < 33
def test_story_visualization(default_domain, tmpdir):
story_steps = StoryFileReader.read_from_file(
"data/test_stories/stories.md", default_domain,
interpreter=RegexInterpreter())
out_file = tmpdir.join("graph.html").strpath
generated_graph = visualize_stories(story_steps, default_domain,
output_file=out_file,
max_history=3,
should_merge_nodes=False)
assert len(generated_graph.nodes()) == 51
assert len(generated_graph.edges()) == 56
def test_story_visualization(default_domain, tmpdir):
story_steps = StoryFileReader.read_from_file(
"data/test_stories/stories.md", default_domain,
interpreter=RegexInterpreter())
out_file = tmpdir.join("graph.png").strpath
generated_graph = visualize_stories(story_steps, default_domain,
output_file=out_file,
max_history=3,
should_merge_nodes=False)
assert len(generated_graph.nodes()) == 51
assert len(generated_graph.edges()) == 56