test_roslib_message.py

Go to the documentation of this file.

# Software License Agreement (BSD License)
#
# Copyright (c) 2009, Willow Garage, Inc.
# All rights reserved.
#
# Redistribution and use in source and binary forms, with or without
# modification, are permitted provided that the following conditions
# are met:
#
#  * Redistributions of source code must retain the above copyright
#    notice, this list of conditions and the following disclaimer.
#  * Redistributions in binary form must reproduce the above
#    copyright notice, this list of conditions and the following
#    disclaimer in the documentation and/or other materials provided
#    with the distribution.
#  * Neither the name of Willow Garage, Inc. nor the names of its
#    contributors may be used to endorse or promote products derived
#    from this software without specific prior written permission.
#
# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
# "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
# LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS
# FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE
# COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,
# INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING,
# BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
# LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
# CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
# LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN
# ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
# POSSIBILITY OF SUCH DAMAGE.

PKG = 'test_roslib_comm'
import roslib; roslib.load_manifest(PKG)

import os
import sys
import time
import unittest
import traceback

import roslib.message
from roslib.rostime import Time, Duration
import rosunit

# Not much to test, just tripwires

class MessageTest(unittest.TestCase):
    
    def test_check_types_Header(self):
        # #2128: test that check_types works with a Header
        # #message. This is a weird case because Header has an aliased
        # #type and is the only ROS type for which that is true
        from test_roslib_comm.msg import HeaderTest
        x = HeaderTest()
        x._check_types()
        
    def test_Message_check_types(self):
        # test on a generated message
        # - use UInt16MultiArray because it has an embedded MultiArrayLayout
        from std_msgs.msg import String, UInt16MultiArray, MultiArrayLayout, MultiArrayDimension
        from roslib.message import SerializationError
        # not checking overflow in this test
        correct = [String(), String('foo'), String(''), String(data='data'),
                   UInt16MultiArray(),
                   UInt16MultiArray(MultiArrayLayout(), []), 
                   UInt16MultiArray(MultiArrayLayout(data_offset=1), [1, 2, 3]),         
                   UInt16MultiArray(layout=MultiArrayLayout(data_offset=1)),
                   UInt16MultiArray(layout=MultiArrayLayout(dim=[])),                   
                   UInt16MultiArray(layout=MultiArrayLayout(dim=[MultiArrayDimension()])),                   
                   UInt16MultiArray(data=[1, 2, 3]),
                   ]
        for t in correct:
            t._check_types()
        for t in correct:
            try:
                t._check_types(exc=Exception())
                self.fail("should have raised wrapped exc")
            except SerializationError:
                pass

        wrong = [String(1), String(data=1),
                 UInt16MultiArray(1, []),                 
                 UInt16MultiArray(MultiArrayLayout(), 1),
                 UInt16MultiArray(String(), []),
                 UInt16MultiArray(layout=MultiArrayLayout(dim=[1])),  
                 UInt16MultiArray(layout=MultiArrayLayout(data_offset='')),  
                 ]
        for t in wrong:
            try:
                t._check_types()
                self.fail("should have raised")
            except SerializationError:
                pass

    def test_check_types_valid(self):
        '''Test directly a bunch of valid combinations to check_types.

        check_type will throw an exception when it fails
        '''
        roslib.message.check_type('test', 'uint8[]', 'byteDataIsAStringInPy')
        roslib.message.check_type('test', 'char[]', 'byteDataIsAStringInPy')
        roslib.message.check_type('test', 'uint8[]', [3,4,5])
        roslib.message.check_type('test', 'uint8[]', (3,4,5))
        roslib.message.check_type('test', 'char[]', [3,4,5])
        roslib.message.check_type('test', 'int32[]', [3,4,5])
        roslib.message.check_type('test', 'int32', -5)
        roslib.message.check_type('test', 'int64', -5)
        roslib.message.check_type('test', 'int16', -5)
        roslib.message.check_type('test', 'int8', -5)
        roslib.message.check_type('test', 'uint32', 5)
        roslib.message.check_type('test', 'uint64', 5)
        roslib.message.check_type('test', 'uint16', 5)
        roslib.message.check_type('test', 'uint8', 5)
        roslib.message.check_type('test', 'bool', True)
        roslib.message.check_type('test', 'bool', False)
        roslib.message.check_type('test', 'bool', 0)
        roslib.message.check_type('test', 'bool', 1)
        roslib.message.check_type('test', 'string', 'IAmAString')
        roslib.message.check_type('test', 'time', Time())
        roslib.message.check_type('test', 'duration', Duration(5))

    def test_check_types_invalid(self):
        from roslib.message import SerializationError
        self.assertRaises(SerializationError, roslib.message.check_type,
                          'test', 'int32[]', 'someString')
        self.assertRaises(SerializationError, roslib.message.check_type,
                          'test', 'uint32[]', [3, -2, 4])
        self.assertRaises(SerializationError, roslib.message.check_type,
                          'test', 'uint8', -2)
        self.assertRaises(SerializationError, roslib.message.check_type,
                          'test', 'uint16', -2)
        self.assertRaises(SerializationError, roslib.message.check_type,
                          'test', 'uint32', -2)
        self.assertRaises(SerializationError, roslib.message.check_type,
                          'test', 'uint64', -2)
        self.assertRaises(SerializationError, roslib.message.check_type,
                          'test', 'bool', -2)
        self.assertRaises(SerializationError, roslib.message.check_type,
                          'test', 'bool', 2)
        self.assertRaises(SerializationError, roslib.message.check_type,
                          'test', 'string', u'UnicodeString')
        
    def test_Message(self):
        import cStringIO
        from roslib.message import Message, SerializationError
        self.assert_(isinstance(Message(), Message))
        m = Message()
        b = cStringIO.StringIO()
        m.serialize(b)
        m.deserialize('')

        # test args/keywords constructor
        try:
            Message(1, 2, 3, one=1, two=2, three=3)
            self.fail("Message should not allow *args and **kwds")
        except TypeError: pass
        try:
            Message()._get_types()
            self.fail("_get_types() should not be callable on abstract Message instance")
        except: pass

        # test Empty message
        class M1(Message):
            __slots__ = []
            _slot_types=[]
            def __init__(self, *args, **kwds):
                super(M1, self).__init__(*args, **kwds)
            def _get_types(self): return []
            
        # - test __str__ on empty
        self.assertEquals('', str(M1()))
        # - should not fail on default constructor
        M1()._check_types()
        # - must fail if provided an exception
        try:
            M1()._check_types(Exception("test"))
            self.fail("_check_types must fail if explicitly provided an exception")
        except SerializationError: pass

        # Test simple message with two fields
        class M2(Message):
            __slots__ = ['a', 'b']
            _slot_types=['int32', 'int32']
            def _get_types(self): return ['int32', 'int32']
            def __init__(self, *args, **kwds):
                super(M2, self).__init__(*args, **kwds)
        self.assertEquals('a: 1\nb: 2', str(M2(1, 2)))
        # - test check types with two int type
        M2(1, 2)._check_types()
        M2(a=1, b=2)._check_types()
        invalid = [M2(a=1), M2('1', '2'), M2(1, '2'), M2(1., 2.), M2(None, 2)]
        for m in invalid:
            try:
                m._check_types()
                self.fail("check_types for %s should have failed"%m)
            except SerializationError: pass
        
        
        valid = [
            ((), {}, M1),
            ((), {}, M2),
            ((1, 2), {}, M2),
            ((), {'a': 1, 'b': 2}, M2),
            ((), {'a': 1}, M2),((), {'b': 2}, M2),
            ]
        invalid = [
            ((1,), {}, M1),
            ((), {'one': 1}, M1),
            ((1), {}, M2),((1, 2, 3), {}, M2),
            ((), {'c': 1}, M2),((), {'a': 1, 'b': 2, 'c': 1}, M2),
            ]
        for args, kwds, cls in valid:
            cls(*args, **kwds)
        val = time.time()
        val2 = time.time()
        self.assertEquals(val, M2(val, 2).a)
        self.assertEquals(val, M2(1, val).b)
        self.assertEquals(val, M2(a=val).a)
        self.assertEquals(None, M2(a=val).b)
        self.assertEquals(None, M2(b=val).a)
        self.assertEquals(val, M2(b=val).b)
        self.assertEquals(val, M2(a=val, b=val2).a)
        self.assertEquals(val2, M2(a=val, b=val2).b)
        for args, kwds, cls in invalid:
            try:
                cls(*args, **kwds)
                self.fail("Message should have failed for cls[%s] *args[%s] and **kwds[%s]"%(cls, args, kwds))
            except: pass
        
    def test_strify_message(self):
        # this is a bit overtuned, but it will catch regressions
        from roslib.message import Message, strify_message
        class M1(Message):
            __slots__ = []
            _slot_types = []
            def __init__(self): pass
        self.assertEquals('', strify_message(M1()))
        class M2(Message):
            __slots__ = ['str', 'int', 'float', 'bool', 'list']
            _slot_types = ['string', 'int32', 'float32', 'bool', 'int32[]']            
            def __init__(self, str_, int_, float_, bool_, list_):
                self.str = str_
                self.int = int_       
                self.float = float_
                self.bool = bool_
                self.list = list_
                
        self.assertEquals("""str: string
int: 123456789101112
float: 5678.0
bool: True
list: [1, 2, 3]""", strify_message(M2('string', 123456789101112, 5678., True, [1,2,3])))
        
        self.assertEquals("""str: ''
int: -1
float: 0.0
bool: False
list: []""", strify_message(M2('', -1, 0., False, [])))

        class M3(Message):
            __slots__ = ['m2']
            _slot_types=['M1']
            def __init__(self, m2):
                self.m2 = m2
        self.assertEquals("""m2: 
  str: string
  int: -1
  float: 0.0
  bool: False
  list: []""", strify_message(M3(M2('string', -1, 0., False, []))))

        # test array of Messages field
        class M4(Message):
            __slots__ = ['m2s']
            _slot_types=['M2[]']
            def __init__(self, m2s):
                self.m2s = m2s
                
        self.assertEquals("""m2s: 
  - 
    str: string
    int: 1234
    float: 5678.0
    bool: True
    list: [1, 2, 3]
  - 
    str: string
    int: -1
    float: 0.0
    bool: False
    list: []""", strify_message(M4([
                        M2('string', 1234, 5678., True, [1,2,3]),
                        M2('string', -1, 0., False, []),
                        ])))
        # test Time and Duration
        from roslib.rostime import Time, Duration
        class M5(Message):
            __slots__ = ['t', 'd']
            _slot_types=['time', 'duration']
            def __init__(self, t, d):
                self.t = t
                self.d = d        
        self.assertEquals("""t: 
  secs: 987
  nsecs: 654
d: 
  secs: 123
  nsecs: 456""", strify_message(M5(Time(987, 654), Duration(123, 456))))
        
        # test final clause of strify -- str anything that isn't recognized
        self.assertEquals("set([1])", strify_message(set([1])))

    def test_strify_yaml(self):
        import yaml
        def roundtrip(m):
            yaml_text = strify_message(m)
            print yaml_text
            loaded = yaml.load(yaml_text) 
            print "loaded", loaded
            new_inst = m.__class__()
            if loaded is not None:
                fill_message_args(new_inst, [loaded])
            else:
                fill_message_args(new_inst, [])                
            return new_inst

        # test YAML roundtrip. strify_message doesn't promise this
        # yet, but want to use it in this way in some demo toolchains
        from roslib.message import Message, strify_message, fill_message_args
        class M1(Message):
            __slots__ = []
            _slot_types=[]
            def __init__(self): pass
        self.assertEquals(M1(), roundtrip(M1()))
        
        class M2(Message):
            __slots__ = ['str', 'int', 'float', 'bool', 'list']
            _slot_types = ['string', 'int32', 'float32', 'bool', 'int32[]'] 
            def __init__(self, str_=None, int_=None, float_=None, bool_=None, list_=None):
                self.str = str_
                self.int = int_       
                self.float = float_
                self.bool = bool_
                self.list = list_
                
        val = M2('string', 123456789101112, 5678., True, [1,2,3])
        self.assertEquals(val, roundtrip(val))
        # test with empty string and empty list
        val = M2('', -1, 0., False, [])
        self.assertEquals(val, roundtrip(val))
        
        class M3(Message):
            __slots__ = ['m2']
            _slot_types=['test_roslib/M2']
            def __init__(self, m2=None):
                self.m2 = m2 or M2()
                
        val = M3(M2('string', -1, 0., False, []))
        self.assertEquals(val, roundtrip(val))

        # test array of Messages field. We can't use M4 or M5 because fill_message_args has to instantiate the embedded type
        from test_roslib_comm.msg import ArrayOfMsgs
        from std_msgs.msg import String, Time, MultiArrayLayout, MultiArrayDimension
        dims1 = [MultiArrayDimension(*args) for args in [('', 0, 0), ('x', 1, 2), ('y of z', 3, 4)]]
        dims2 = [MultiArrayDimension('hello world', 91280, 1983274)]
        times = [Time(roslib.rostime.Time(*args)) for args in [(0,), (12345, 6789), (1, 1)]]
        val = ArrayOfMsgs([String(''), String('foo'), String('bar of soap')],
                          times,
                          [MultiArrayLayout(dims1, 0), MultiArrayLayout(dims2, 12354)],
                          )
        self.assertEquals(val, roundtrip(val))
        

    def test_ServiceDefinition(self):
        from roslib.message import ServiceDefinition
        self.assert_(isinstance(ServiceDefinition(), ServiceDefinition))

    def test_check_type(self):
        # check_type() currently does not do harder checks like
        # type-checking class types.  as soon as it does, it will need
        # test to validate this.
        from roslib.message import check_type, SerializationError
        from roslib.rostime import Time, Duration
        valids = [
            ('byte', 1), ('byte', -1),
            ('string', ''), ('string', 'a string of text'),
            ('int32[]', []),
            ('int32[]', [1, 2, 3, 4]),
            ('time', Time()), ('time', Time.from_seconds(1.0)),
            ('time', Time(10000)), ('time', Time(1000, -100)),
            ('duration', Duration()),('duration', Duration()), 
            ('duration', Duration(100)), ('duration', Duration(-100, -100)),
                  ]

        for t, v in valids:
            try:
                check_type('n', t, v)
            except Exception, e:
                traceback.print_exc()
                raise Exception("failure type[%s] value[%s]: %s"%(t, v, str(e)))

        invalids = [
            ('byte', 129), ('byte', -129), ('byte', 'byte'), ('byte', 1.0),
            ('string', 1),
            ('uint32', -1),
            ('int8', 112312), ('int8', -112312),
            ('uint8', -1), ('uint8', 112312),
            ('int32', '1'), ('int32', 1.),
            ('int32[]', 1), ('int32[]', [1., 2.]), ('int32[]', [1, 2.]), 
            ('duration', 1), ('time', 1),            
            ]
        for t, v in invalids:
            try:
                check_type('n', t, v)
                self.fail("check_type[%s, %s] should have failed"%(t, v))
            except SerializationError: pass
    
    def test_get_message_class(self):
        from roslib.message import get_message_class
      
        try:
            self.assertEquals(None, get_message_class('String'))
            self.fail("should have thrown ValueError")
        except ValueError: pass
        # non-existent package
        self.assertEquals(None, get_message_class('fake/Fake'))
        # non-existent message
        self.assertEquals(None, get_message_class('roslib/Fake'))
        # package with no messages
        self.assertEquals(None, get_message_class('genmsg_cpp/Fake'))
    
        import rosgraph_msgs.msg
        import std_msgs.msg
        self.assertEquals(std_msgs.msg.Header, get_message_class('Header'))
        self.assertEquals(std_msgs.msg.Header, get_message_class('std_msgs/Header'))
        self.assertEquals(rosgraph_msgs.msg.Log, get_message_class('rosgraph_msgs/Log'))    

    def test_fill_message_args_embed_time(self):
        from roslib.rostime import Time, Duration
        from roslib.message import fill_message_args
        from test_roslib_comm.msg import FillEmbedTime

        # test fill_message_args with embeds and time vals
        # time t
        # duration d
        # std_msgs/String str_msg
        # std_msgs/String[] str_msg_array
        # int32 i32

        tests = [
            
        ]
        m = FillEmbedTime()
        fill_message_args(m, [{}])
        self.assertEquals(m.t, Time())
        self.assertEquals(m.d, Duration())            
        self.assertEquals(m.str_msg.data, '')
        self.assertEquals(m.str_msg_array, [])
        self.assertEquals(m.i32, 0)

        # list tests
        # - these should be equivalent
        equiv = [
            [[10, 20], [30, 40], ['foo'], [['bar'], ['baz']], 32],
            [{'secs': 10, 'nsecs': 20}, {'secs': 30, 'nsecs': 40}, ['foo'], [['bar'], ['baz']], 32],
            [[10, 20], [30, 40], {'data': 'foo'}, [['bar'], ['baz']], 32],
            [[10, 20], [30, 40], ['foo'], [{'data': 'bar'}, {'data': 'baz'}], 32],

            [{'t': [10, 20], 'd': [30, 40], 'str_msg': {'data': 'foo'}, 'str_msg_array': [{'data': 'bar'}, {'data': 'baz'}], 'i32': 32}],            
            [{'t': {'secs': 10, 'nsecs': 20}, 'd': [30, 40], 'str_msg': {'data': 'foo'}, 'str_msg_array': [{'data': 'bar'}, {'data': 'baz'}], 'i32': 32}],            
            ]
        for test in equiv:
            m = FillEmbedTime()            
            try:
                fill_message_args(m, test)
            except Exception, e:
                self.fail("failed to fill with : %s\n%s"%(str(test), traceback.format_exc()))

            self.assertEquals(m.t, Time(10, 20))
            self.assertEquals(m.d, Duration(30, 40))            
            self.assertEquals(m.str_msg.data, 'foo')
            self.assertEquals(len(m.str_msg_array), 2, m.str_msg_array)
            self.assertEquals(m.str_msg_array[0].data, 'bar')
            self.assertEquals(m.str_msg_array[1].data, 'baz')
            self.assertEquals(m.i32, 32)
        # test creation of Time/Duration from single number representation, which is necessary for 
        
        # yaml single-number support
        # - cannot include in tests above as conversion from integer is lossy
        m = FillEmbedTime()            
        fill_message_args(m, [10000000020, 30000000040, ['foo'], [['bar'], ['baz']], 32])
        self.assertEquals(10, m.t.secs)
        self.assert_(abs(20 - m.t.nsecs) < 2)
        self.assertEquals(30, m.d.secs)
        self.assert_(abs(40 - m.d.nsecs) < 2)
        self.assertEquals(len(m.str_msg_array), 2, m.str_msg_array)
        self.assertEquals(m.str_msg_array[0].data, 'bar')
        self.assertEquals(m.str_msg_array[1].data, 'baz')
        self.assertEquals(m.i32, 32)
        
        bad = [
            # underfill in sub-args
            [[10, 20], [30, 40], ['foo'], [['bar'], ['baz']]],
            [[10], [30, 40], ['foo'], [['bar'], ['baz']], 32],
            [[10, 20], [30], ['foo'], [['bar'], ['baz']], 32],
            [[10, 20], [30, 40], [], [['bar'], ['baz']], 32],
            [[10, 20], [30, 40], ['foo'], [['bar'], []], 32],

            # overfill
            [[10, 20], [30, 40], ['foo'], [['bar'], ['baz']], 32, 64],
            [[10, 20, 30], [30, 40], ['foo'], [['bar'], ['baz']], 32],
            [[10, 20], [30, 40, 50], ['foo'], [['bar'], ['baz']], 32],
            [[10, 20], [30, 40], ['foo', 'bar'], [['bar'], ['baz']], 32],
            [[10, 20], [30, 40], ['foo'], [['bar', 'baz'], ['baz']], 32],
            [[10, 20], [30, 40], ['foo'], [['bar'], ['baz', 'car']], 32],                        

            # invalid fields
            [{'secs': 10, 'nsecs': 20, 'foo': 1}, {'secs': 30, 'nsecs': 40}, ['foo'], [['bar'], ['baz']], 32],
            [{'secs': 10, 'nsecs': 20}, {'secs': 30, 'nsecs': 40, 'foo': 1}, ['foo'], [['bar'], ['baz']], 32],            
            [[10, 20], [30, 40], {'data': 'foo', 'fata': 1}, [['bar'], ['baz']], 32],
            [[10, 20], [30, 40], ['foo'], [{'data': 'bar'}, {'beta': 'baz'}], 32],
            [{'t': [10, 20], 'd': [30, 40], 'str_msg': {'data': 'foo'}, 'str_msg_array': [{'data': 'bar'}, {'data': 'baz'}], 'i32': 32, 'i64': 64}],
            ]
        for b in bad:
            failed = True
            try:
                m = FillEmbedTime()
                fill_message_args(m, b)
            except roslib.message.ROSMessageException:
                failed = False
            self.failIf(failed, "fill_message_args should have failed: %s"%str(b))
            
        
        
    def test_fill_message_args_simple(self):
        from roslib.message import fill_message_args
        from test_roslib_comm.msg import FillSimple
        #int32 i32
        #string str
        #int32[] i32_array
        #bool b

        for v in [[], {}]:
            try:
                fill_message_args(object(), v)
                self.fail("should have raised ValueError")
            except ValueError: pass
        try:
            m = FillSimple()
            # call underlying routine as the branch is not reachable from above
            roslib.message._fill_message_args(m, 1, {}, '')
            self.fail("should have raised ValueError for bad msg_args")
        except ValueError: pass
        
        simple_tests = [
            [1, 'foo', [], True],
            [1, 'foo', [1, 2, 3, 4], False],
        ]
        for test in simple_tests:
            m = FillSimple()
            fill_message_args(m, test)
            self.assertEquals(m.i32, test[0])
            self.assertEquals(m.str, test[1])
            self.assertEquals(m.i32_array, test[2])
            self.assertEquals(m.b, test[3])            

        # test with dictionaries
        m = FillSimple()
        fill_message_args(m, [{}])
        self.assertEquals(m.i32, 0)
        self.assertEquals(m.str, '')        
        self.assertEquals(m.i32_array, [])
        self.assertEquals(m.b, False)

        m = FillSimple()
        fill_message_args(m, [{'i32': 10}])
        self.assertEquals(m.i32, 10)
        self.assertEquals(m.str, '')        
        self.assertEquals(m.i32_array, [])
        self.assertEquals(m.b, False)

        m = FillSimple()
        fill_message_args(m, [{'str': 'hello', 'i32_array': [1, 2, 3]}])
        self.assertEquals(m.i32, 0)
        self.assertEquals(m.str, 'hello')        
        self.assertEquals(m.i32_array, [1, 2, 3])
        self.assertEquals(m.b, False)

        # fill_message_args currently does not type check 
        bad = [
            # extra key
            [{'bad': 1, 'str': 'hello', 'i32_array': [1, 2, 3]}],
            # underfill
            [1, 'foo', [1, 2, 3]],
            # overfill
            [1, 'foo', [1, 2, 3], True, 1],
            # non-list value for list field
            [1, 'foo', 1, True],
            ]
        for b in bad:
            failed = True
            try:
                m = FillSimple()
                fill_message_args(m, b)
            except roslib.message.ROSMessageException:
                failed = False
            self.failIf(failed, "fill_message_args should have failed: %s"%str(b))
        
            
    def test_get_service_class(self):
        from roslib.message import get_service_class

        # non-existent package
        self.assertEquals(None, get_service_class('fake/Fake'))
        # non-existent message
        self.assertEquals(None, get_service_class('roslib/Fake'))
        # package with no messages
        self.assertEquals(None, get_service_class('genmsg_cpp/Fake'))
    
        import std_srvs.srv 
        self.assertEquals(std_srvs.srv.Empty, get_service_class('std_srvs/Empty'))    

if __name__ == '__main__':
  rosunit.unitrun(PKG, 'test_message', MessageTest, coverage_packages=['roslib.message'])

---

test_roslib_comm
Author(s): Jeremy Leibs/leibs@willowgarage.com, Ken Conley/kwc@willowgarage.com
autogenerated on Fri Jan 11 10:07:50 2013