def test_reset_config_file(self):
# Check reset_config and get_config return the same values
tools.reset_config_file()
config = tools.get_config_file()
self.assertEqual(config['plotly_domain'], 'https://plot.ly')
self.assertEqual(config['plotly_streaming_domain'], 'stream.plot.ly')
def test_reset_config_file(self):
# Check reset_config and get_config return the same values
tools.reset_config_file()
config = tools.get_config_file()
self.assertEqual(config["plotly_domain"], "https://plotly.com")
self.assertEqual(config["plotly_streaming_domain"],
"stream.plotly.com")
def get_config():
"""Returns either module config or file config."""
config = tools.get_config_file()
session_config = session.get_session_config()
for config_key in config:
# checking for not false, but truthy value here is the desired behavior
session_value = session_config.get(config_key)
if session_value is False or session_value:
config[config_key] = session_value
return config
def test_set_config_updates_plot_options(self):
original_config = tls.get_config_file()
new_options = {
'world_readable': not original_config['world_readable'],
'auto_open': not original_config['auto_open'],
'sharing': ('public' if original_config['world_readable'] is False
else 'secret')
}
tls.set_config_file(**new_options)
options = py._plot_option_logic({})
for key in new_options:
self.assertEqual(new_options[key], options[key])
def test_set_config_file_two_entries(self):
# Check set_config and get_config given only two entries return the
# same values
domain, streaming_domain = 'this', 'thing'
tools.set_config_file(plotly_domain=domain,
plotly_streaming_domain=streaming_domain)
config = tools.get_config_file()
self.assertEqual(config['plotly_domain'], domain)
self.assertEqual(config['plotly_streaming_domain'], streaming_domain)
tools.reset_config_file()
def test_set_config_updates_plot_options(self):
original_config = tls.get_config_file()
new_options = {
'world_readable': not original_config['world_readable'],
'auto_open': not original_config['auto_open'],
'sharing': ('public' if original_config['world_readable'] is False
else 'secret')
}
tls.set_config_file(**new_options)
options = py._plot_option_logic({})
for key in new_options:
self.assertEqual(new_options[key], options[key])
def test_set_config_updates_plot_options(self):
original_config = tls.get_config_file()
new_options = {
"world_readable":
not original_config["world_readable"],
"auto_open":
not original_config["auto_open"],
"sharing": ("public" if original_config["world_readable"] is False
else "secret"),
}
tls.set_config_file(**new_options)
options = py._plot_option_logic({})
for key in new_options:
self.assertEqual(new_options[key], options[key])
def test_default_options(self):
options = py._plot_option_logic({})
config_options = tls.get_config_file()
for key in options:
if key in config_options:
self.assertEqual(options[key], config_options[key])
def test_default_options(self):
options = py._plot_option_logic({})
config_options = tls.get_config_file()
for key in options:
if key != 'fileopt' and key in config_options:
self.assertEqual(options[key], config_options[key])
