def testFileTypes(self):
# Check all of the filetypes
for fileType in LAUNCH_FILE_TYPES:
launchFile = "examples/fake_package/launch/filetype%s" % fileType
status, output, graph = roslaunch_to_dot(launchFile)
# Should not have failed
self.assertEqual(status, 0)
# No errors present
numErrors = output.count("ERROR")
self.assertEqual(numErrors, 0)
# Test some filetypes that are NOT supported
for fileType in [".txt", ".lunch"]: # lunch is correct
launchFile = "examples/fake_package/launch/filetype%s" % fileType
status, output, graph = roslaunch_to_dot(launchFile)
# Should have failed
self.assertNotEqual(status, 0)
# Invalid filetype error is present
numErrors = output.count(ErrorMsg.InvalidFiletype)
self.assertEqual(numErrors, 1)
def testOverrideValueArg(self):
launchFile = "examples/fake_package/launch/arg_error.launch"
args = [
"%s:=example" % self.UndefinedArg, # Keep this so things work
"%s:=example" % self.DefaultArg, # Keep this so things work
"%s:=example" % self.ValueArg, # Keep this so things work
]
# The override for the arg that has its "value" specified should
# fail because roslaunch would error in this case saying that
# the argument already has its value specified
status, output, graph = roslaunch_to_dot(launchFile, args=args)
# Should not have failed (the error gets caught and does not propagate
# to the top level)
self.assertEqual(status, 0)
# Should not be able to find one launch files (one for value arg)
numMissing = output.count(ErrorMsg.MissingLaunchFile)
self.assertEqual(numMissing, 1)
# Should not be able to override the value of the 'value' arg since
# its value has already been specified
numInvalid = output.count(ErrorMsg.InvalidOverride % self.ValueArg)
self.assertEqual(numInvalid, 1)
# The example launch file should have been included twice
example = graph.get_node("launch_fake_package_example")
self.assertIsNotNone(graph)
def testCycle(self):
launchFile = "examples/fake_package/launch/example.launch"
status, output, graph = roslaunch_to_dot(launchFile)
# Should not have failed
self.assertEqual(status, 0)
# The output should contain the cycle error message TWICE:
# once for a cycle between cycle.launch and itself, and another
# for the cycle between cycle.launch and example.launch
numErrors = output.count(ErrorMsg.Cycle)
self.assertEqual(numErrors, 2)
# Make sure the proper nodes exist
exampleLaunch = graph.get_node("launch_fake_package_example")
self.assertIsNotNone(exampleLaunch)
cycleLaunch = graph.get_node("launch_fake_package_cycle")
self.assertIsNotNone(cycleLaunch)
# Make sure the proper edges exist
cycle2Cycle = graph.get_edge(cycleLaunch, cycleLaunch)
self.assertIsNotNone(cycle2Cycle)
cycle2Example = graph.get_edge(cycleLaunch, exampleLaunch)
self.assertIsNotNone(cycle2Example)
# Make sure both edges are colored "red"
self.assertEqual(cycle2Cycle.attr["color"], Color.CycleLine)
self.assertEqual(cycle2Example.attr["color"], Color.CycleLine)
def testOverrideRosParamArg(self):
robotValue = "a_different_robot"
launchFile = "examples/fake_package/launch/rosparam_nodes.launch"
options = [
"--show-rosparam-nodes", # Include rosparam nodes
]
args = [
"robot:=%s" % robotValue,
]
status, output, graph = roslaunch_to_dot(
launchFile, options=options, args=args)
# Should not have failed
self.assertEqual(status, 0)
# The graph should not include rosparam nodes
defaults = graph.get_node("yaml_fake_package_defaults_yaml")
robot = graph.get_node("yaml_fake_package_%s_yaml" % robotValue)
# Both rosparam files should exist
self.assertIsNotNone(defaults)
self.assertIsNotNone(robot)
# Assert the correct labels on the yaml nodes
self.assertEqual(defaults.attr["label"], "defaults.yaml")
self.assertEqual(robot.attr["label"], "%s.yaml" % robotValue)
# The robot rosparam node should be solid colored to indicate
# that it is missing
self.assertEqual(robot.attr["color"], Color.MissingFile)
self.assertEqual(robot.attr["style"], "filled")
def testOverrideRosParamArg(self):
robotValue = "a_different_robot"
launchFile = "examples/fake_package/launch/rosparam_nodes.launch"
options = [
"--show-rosparam-nodes", # Include rosparam nodes
]
args = [
"robot:=%s" % robotValue,
]
status, output, graph = roslaunch_to_dot(launchFile,
options=options,
args=args)
# Should not have failed
self.assertEqual(status, 0)
# The graph should not include rosparam nodes
defaults = graph.get_node("yaml_fake_package_defaults_yaml")
robot = graph.get_node("yaml_fake_package_%s_yaml" % robotValue)
# Both rosparam files should exist
self.assertIsNotNone(defaults)
self.assertIsNotNone(robot)
# Assert the correct labels on the yaml nodes
self.assertEqual(defaults.attr["label"], "defaults.yaml")
self.assertEqual(robot.attr["label"], "%s.yaml" % robotValue)
# The robot rosparam node should be solid colored to indicate
# that it is missing
self.assertEqual(robot.attr["color"], Color.MissingFile)
self.assertEqual(robot.attr["style"], "filled")
def testOverrideValueArg(self):
launchFile = "examples/fake_package/launch/arg_error.launch"
args = [
"%s:=example" % self.UndefinedArg, # Keep this so things work
"%s:=example" % self.DefaultArg, # Keep this so things work
"%s:=example" % self.ValueArg, # Keep this so things work
]
# The override for the arg that has its "value" specified should
# fail because roslaunch would error in this case saying that
# the argument already has its value specified
status, output, graph = roslaunch_to_dot(launchFile, args=args)
# Should not have failed (the error gets caught and does not propagate
# to the top level)
self.assertEqual(status, 0)
# Should not be able to find one launch files (one for value arg)
numMissing = output.count(ErrorMsg.MissingLaunchFile)
self.assertEqual(numMissing, 1)
# Should not be able to override the value of the 'value' arg since
# its value has already been specified
numInvalid = output.count(ErrorMsg.InvalidOverride % self.ValueArg)
self.assertEqual(numInvalid, 1)
# The example launch file should have been included twice
example = graph.get_node("launch_fake_package_example")
self.assertIsNotNone(graph)
def testOptEnvDefined(self):
launchFile = "examples/fake_package/launch/optenv_error.launch"
# Define the environment variable
prefix = "%s=robot" % self.SecondEnvVar
status, output, graph = roslaunch_to_dot(launchFile, prefix=prefix)
# Should not have failed (the error gets caught and does not propagate
# to the top level)
self.assertEqual(status, 0)
# Shoudl be able to find first environment variable
numErrors = output.count(ErrorMsg.MissingEnvVar % self.FirstEnvVar)
self.assertEqual(numErrors, 0)
# Should be able to find second environment variable
numErrors = output.count(ErrorMsg.MissingEnvVar % self.SecondEnvVar)
self.assertEqual(numErrors, 0)
# Should not be able to locate the launch file that is created using
# the no default value argument (whose value is the second
# environment variable)
numMissing = output.count(ErrorMsg.MissingLaunchFile)
self.assertEqual(numMissing, 1)
def testDirname(self):
launchFile = "examples/fake_package/launch/dirname.launch"
status, output, graph = roslaunch_to_dot(launchFile)
# Should not have failed (the error gets caught and does not propagate
# to the top level)
self.assertEqual(status, 0)
def testTestNode(self):
launchFile = "examples/fake_package/launch/test_node.launch"
status, output, graph = roslaunch_to_dot(launchFile)
# Should not have failed
self.assertEqual(status, 0)
self.assertIsNotNone(graph)
# The test node should be included in the graph
node = graph.get_node("node_fake_package_test_node_a_node")
self.assertIsNotNone(node)
def testArgUndefined(self):
launchFile = "examples/fake_package/launch/arg_error.launch"
status, output, graph = roslaunch_to_dot(launchFile)
# Should not have failed (the error gets caught and does not propagate
# to the top level)
self.assertEqual(status, 0)
# Error should not be able to resolve the undefined argument
numErrors = output.count(ErrorMsg.MissingArg % self.UndefinedArg)
self.assertEqual(numErrors, 1)
def testNoRosParamNodes(self):
launchFile = "examples/fake_package/launch/rosparam_nodes.launch"
status, output, graph = roslaunch_to_dot(launchFile)
# Should not have failed
self.assertEqual(status, 0)
# The graph should not include ANY rosparam nodes
for node in graph.nodes():
# The name of all rosparam file nodes starts with yaml_
self.assertFalse(node.name.startswith("yaml_"))
def testNoCommandLineArguments(self):
launchFile = "examples/fake_package/launch/example.launch"
args = []
status, output, graph = roslaunch_to_dot(launchFile)
# Should not have failed
self.assertEqual(status, 0)
# There should not be a command line arguments node in this case
with self.assertRaises(Exception):
graph.get_node(self.ClaNodeName)
def testNoRosParamNodes(self):
launchFile = "examples/fake_package/launch/rosparam_nodes.launch"
status, output, graph = roslaunch_to_dot(launchFile)
# Should not have failed
self.assertEqual(status, 0)
# The graph should not include ANY rosparam nodes
for node in graph.nodes():
# The name of all rosparam file nodes starts with yaml_
self.assertFalse(node.name.startswith("yaml_"))
def testArgUndefined(self):
launchFile = "examples/fake_package/launch/arg_error.launch"
status, output, graph = roslaunch_to_dot(launchFile)
# Should not have failed (the error gets caught and does not propagate
# to the top level)
self.assertEqual(status, 0)
# Error should not be able to resolve the undefined argument
numErrors = output.count(ErrorMsg.MissingArg % self.UndefinedArg)
self.assertEqual(numErrors, 1)
def testEnvUndefined(self):
launchFile = "examples/fake_package/launch/env_error.launch"
status, output, graph = roslaunch_to_dot(launchFile)
# Should not have failed (the error gets caught and does not propagate
# to the top level)
self.assertEqual(status, 0)
# Error should not be able to find environment variable
numErrors = output.count(ErrorMsg.MissingEnvVar % self.EnvVar)
self.assertEqual(numErrors, 1)
def testOrphanPackage(self):
launchFile = "examples/orphan.launch"
status, output, graph = roslaunch_to_dot(launchFile)
# Should definitely have failed
self.assertNotEqual(status, 0)
errorMsg = ErrorMsg.FailedToGetPackage % abspath(launchFile)
# Must generate an error indicating that the package for the file
# was not able to be found
numErrors = output.count(errorMsg)
self.assertEqual(numErrors, 1)
def testNoPng(self):
launchFile = "examples/fake_package/launch/example.launch"
options = []
# Delete the PNG to make sure it's gone before the command
if exists(self.PngFile):
remove(self.PngFile)
status, output, graph = roslaunch_to_dot(launchFile, options=options)
# Should not have failed
self.assertEqual(status, 0)
# The PNG should still NOT exist at this point
self.assertFalse(exists(self.PngFile))
def testNodeSameName(self):
launchFile = "examples/fake_package/launch/identical_nodes.launch"
status, output, graph = roslaunch_to_dot(launchFile)
# Should not have failed
self.assertEqual(status, 0)
# Generate the error message string
errorMsg = ErrorMsg.NodesWithSameName % self.IdenticalNodeName
# The output should contain a warning indicating that there were
# two nodes that have the same name
numErrors = output.count(errorMsg)
self.assertEqual(numErrors, 1)
def testOptEnvUndefined(self):
launchFile = "examples/fake_package/launch/optenv_error.launch"
status, output, graph = roslaunch_to_dot(launchFile)
# Should have failed (the error gets propagates to the top level)
self.assertNotEqual(status, 0)
# Error be able to find first environment variable
numErrors = output.count(ErrorMsg.MissingEnvVar % self.FirstEnvVar)
self.assertEqual(numErrors, 0)
# Should not be able to find the second environment variable
# (which does not have a default value)
numErrors = output.count(ErrorMsg.MissingEnvVar % self.SecondEnvVar)
self.assertEqual(numErrors, 1)
def testNoPng(self):
launchFile = "examples/fake_package/launch/example.launch"
options = []
# Delete the PNG to make sure it's gone before the command
if exists(self.PngFile):
remove(self.PngFile)
status, output, graph = roslaunch_to_dot(
launchFile, options=options)
# Should not have failed
self.assertEqual(status, 0)
# The PNG should still NOT exist at this point
self.assertFalse(exists(self.PngFile))
def testPassAllArgs(self):
launchFile = "examples/fake_package/launch/pass_all_args.launch"
status, output, graph = roslaunch_to_dot(launchFile)
# Should not have failed (the error gets caught and does not propagate
# to the top level)
self.assertEqual(status, 0)
# Should not be able to find TWO launch files (one for default arg, and
# one for value arg)
numMissing = output.count(ErrorMsg.MissingLaunchFile)
self.assertEqual(numMissing, 2)
# The example launch file should have been included once
example = graph.get_node("launch_fake_package_example")
self.assertIsNotNone(graph)
def testDoNotShowNodeType(self):
launchFile = "examples/fake_package/launch/example.launch"
options = []
status, output, graph = roslaunch_to_dot(launchFile, options=options)
# Should not have failed
self.assertEqual(status, 0)
# Ensure that no nodes contain the type of node in their label
for node in graph.nodes():
# Only care about ROS nodes
if node.name.startswith("node_"):
label = node.attr["label"]
# Node labels should NOT contain the type of node
self.assertFalse("type: " in label)
def testOverrideDefaultArg(self):
launchFile = "examples/fake_package/launch/arg_error.launch"
args = ["%s:=example" % self.UndefinedArg, "%s:=example" % self.DefaultArg] # Keep this so things work
status, output, graph = roslaunch_to_dot(launchFile, args=args)
# Should not have failed (the error gets caught and does not propagate
# to the top level)
self.assertEqual(status, 0)
# Should not be able to find one launch files (one for value arg)
numMissing = output.count(ErrorMsg.MissingLaunchFile)
self.assertEqual(numMissing, 1)
# The example launch file should have been included twice
example = graph.get_node("launch_fake_package_example")
self.assertIsNotNone(graph)
def testGroupsDisabled(self):
launchFile = "examples/fake_package/launch/example.launch"
options = [
"--disable-groups",
]
status, output, graph = roslaunch_to_dot(launchFile, options=options)
# Should not have failed
self.assertEqual(status, 0)
# Should have exactly zero subgraphs
self.assertEqual(len(graph.subgraphs()), 0)
# Ensure that all nodes contain the node's package in their label
for node in graph.nodes():
# Node label should contain the node's package
self.assertTrue("pkg: " in node.attr["label"])
def testGroupsEnabled(self):
launchFile = "examples/fake_package/launch/example.launch"
options = []
status, output, graph = roslaunch_to_dot(launchFile, options=options)
# Should not have failed
self.assertEqual(status, 0)
# Should have exactly one subgraph
self.assertEqual(len(graph.subgraphs()), 1)
# Ensure that no nodes contain the node's package in their label
for node in graph.nodes():
# Only care about ROS nodes
if node.name.startswith("node_"):
# Node labels should NOT contain the nodes's package
self.assertFalse("pkg: " in node.attr["label"])
def testDoNotShowNodeType(self):
launchFile = "examples/fake_package/launch/example.launch"
options = []
status, output, graph = roslaunch_to_dot(
launchFile, options=options)
# Should not have failed
self.assertEqual(status, 0)
# Ensure that no nodes contain the type of node in their label
for node in graph.nodes():
# Only care about ROS nodes
if node.name.startswith("node_"):
label = node.attr["label"]
# Node labels should NOT contain the type of node
self.assertFalse("type: " in label)
def testGroupsEnabled(self):
launchFile = "examples/fake_package/launch/example.launch"
options = []
status, output, graph = roslaunch_to_dot(
launchFile, options=options)
# Should not have failed
self.assertEqual(status, 0)
# Should have exactly one subgraph
self.assertEqual(len(graph.subgraphs()), 1)
# Ensure that no nodes contain the node's package in their label
for node in graph.nodes():
# Only care about ROS nodes
if node.name.startswith("node_"):
# Node labels should NOT contain the nodes's package
self.assertFalse("pkg: " in node.attr["label"])
def testGroupsDisabled(self):
launchFile = "examples/fake_package/launch/example.launch"
options = [
"--disable-groups",
]
status, output, graph = roslaunch_to_dot(
launchFile, options=options)
# Should not have failed
self.assertEqual(status, 0)
# Should have exactly zero subgraphs
self.assertEqual(len(graph.subgraphs()), 0)
# Ensure that all nodes contain the node's package in their label
for node in graph.nodes():
# Node label should contain the node's package
self.assertTrue("pkg: " in node.attr["label"])
def testOverrideDefaultArg(self):
launchFile = "examples/fake_package/launch/arg_error.launch"
args = [
"%s:=example" % self.UndefinedArg, # Keep this so things work
"%s:=example" % self.DefaultArg,
]
status, output, graph = roslaunch_to_dot(launchFile, args=args)
# Should not have failed (the error gets caught and does not propagate
# to the top level)
self.assertEqual(status, 0)
# Should not be able to find one launch files (one for value arg)
numMissing = output.count(ErrorMsg.MissingLaunchFile)
self.assertEqual(numMissing, 1)
# The example launch file should have been included twice
example = graph.get_node("launch_fake_package_example")
self.assertIsNotNone(graph)
def testMissingLaunchFile(self):
# Try to access several missing files...
missingFiles = [
"this_does_not_exist",
"whatever",
"why_is_this_missing",
]
for missingFile in missingFiles:
launchFile = "examples/fake_package/launch/%s.launch" % missingFile
status, output, graph = roslaunch_to_dot(launchFile)
# Should have failed
self.assertNotEqual(status, 0)
errorMsg = ErrorMsg.CanNotFindLaunchFile % abspath(launchFile)
# Should have issues an error about not being able to find the file
numErrors = output.count(errorMsg)
self.assertEqual(numErrors, 1)
def testMissingLaunchFile(self):
# Try to access several missing files...
missingFiles = [
"this_does_not_exist",
"whatever",
"why_is_this_missing",
]
for missingFile in missingFiles:
launchFile = "examples/fake_package/launch/%s.launch" % missingFile
status, output, graph = roslaunch_to_dot(launchFile)
# Should have failed
self.assertNotEqual(status, 0)
errorMsg = ErrorMsg.CanNotFindLaunchFile % abspath(launchFile)
# Should have issues an error about not being able to find the file
numErrors = output.count(errorMsg)
self.assertEqual(numErrors, 1)
def testRosParamMissingPackage(self):
package = "this_package_does_not_exist"
launchFile = \
"examples/fake_package/launch/rosparam_unknown_pkg.launch"
options = [
"--show-rosparam-nodes", # Include rosparam nodes
]
args = []
status, output, graph = roslaunch_to_dot(
launchFile, options=options, args=args)
# Script does not fail, just generates an error
self.assertEqual(status, 0)
# Create the error message string
errorMsg = ErrorMsg.CanNotLocateRosPackage % package
# Must have an error
numErrors = output.count(errorMsg)
self.assertEqual(numErrors, 1)
def testNoRosParamNodes(self):
launchFile = "examples/fake_package/launch/rosparam_nodes.launch"
options = [
"--show-rosparam-nodes", # Include rosparam nodes
]
status, output, graph = roslaunch_to_dot(launchFile, options=options)
# Should not have failed
self.assertEqual(status, 0)
# The graph should not include rosparam nodes
defaults = graph.get_node("yaml_fake_package_defaults_yaml")
robot = graph.get_node("yaml_fake_package_robot_yaml")
# Both rosparam files should exist
self.assertIsNotNone(defaults)
self.assertIsNotNone(robot)
# Assert the correct labels on the yaml nodes
self.assertEqual(defaults.attr["label"], "defaults.yaml")
self.assertEqual(robot.attr["label"], "robot.yaml")
def testNoRosParamNodes(self):
launchFile = "examples/fake_package/launch/rosparam_nodes.launch"
options = [
"--show-rosparam-nodes", # Include rosparam nodes
]
status, output, graph = roslaunch_to_dot(launchFile, options=options)
# Should not have failed
self.assertEqual(status, 0)
# The graph should not include rosparam nodes
defaults = graph.get_node("yaml_fake_package_defaults_yaml")
robot = graph.get_node("yaml_fake_package_robot_yaml")
# Both rosparam files should exist
self.assertIsNotNone(defaults)
self.assertIsNotNone(robot)
# Assert the correct labels on the yaml nodes
self.assertEqual(defaults.attr["label"], "defaults.yaml")
self.assertEqual(robot.attr["label"], "robot.yaml")
def testInvalidArg(self):
# Various invalid attempts to specify arguments on the command line
argAttempts = [
"%s==example" % self.UndefinedArg,
"%s=example" % self.UndefinedArg,
"%s:example" % self.UndefinedArg,
"%s-example" % self.UndefinedArg,
]
for attempt in argAttempts:
launchFile = "examples/fake_package/launch/arg_error.launch"
args = [attempt]
status, output, graph = roslaunch_to_dot(launchFile, args=args)
# Should fail -- invalid arg
self.assertNotEqual(status, 0)
errorMsg = ErrorMsg.InvalidArg % ("0", attempt)
# Should have an error about invalid arg
numInvalid = output.count(errorMsg)
self.assertEqual(numInvalid, 1)
def testCommandLineArguments(self):
launchFile = "examples/fake_package/launch/example.launch"
args = [
"fake:=value",
"another:=1234",
"bool:=true",
"foo:=bar",
]
status, output, graph = roslaunch_to_dot(launchFile, args=args)
# Should not have failed
self.assertEqual(status, 0)
# There must be a command line arguments node in this case
cla = graph.get_node(self.ClaNodeName)
self.assertIsNotNone(cla)
# Check that each of the input command line arguments exists
# in the label for the node
claLabel = cla.attr['label']
for argStr in args:
self.assertTrue(argStr in claLabel)
def testRosParamMissingPackage(self):
package = "this_package_does_not_exist"
launchFile = \
"examples/fake_package/launch/rosparam_unknown_pkg.launch"
options = [
"--show-rosparam-nodes", # Include rosparam nodes
]
args = []
status, output, graph = roslaunch_to_dot(launchFile,
options=options,
args=args)
# Script does not fail, just generates an error
self.assertEqual(status, 0)
# Create the error message string
errorMsg = ErrorMsg.CanNotLocateRosPackage % package
# Must have an error
numErrors = output.count(errorMsg)
self.assertEqual(numErrors, 1)
def testInvalidArg(self):
# Various invalid attempts to specify arguments on the command line
argAttempts = [
"%s==example" % self.UndefinedArg,
"%s=example" % self.UndefinedArg,
"%s:example" % self.UndefinedArg,
"%s-example" % self.UndefinedArg,
]
for attempt in argAttempts:
launchFile = "examples/fake_package/launch/arg_error.launch"
args = [attempt]
status, output, graph = roslaunch_to_dot(launchFile, args=args)
# Should fail -- invalid arg
self.assertNotEqual(status, 0)
errorMsg = ErrorMsg.InvalidArg % ("0", attempt)
# Should have an error about invalid arg
numInvalid = output.count(errorMsg)
self.assertEqual(numInvalid, 1)
