# Path: chirp/common/mp3_header_test.py
# VALID_MP3_HEADERS = {
#     '\xff\xfb\x90\x64':
#         mp3_header.MP3Header(bit_rate_kbps=128, sampling_rate_hz=44100,
#                              channels=mp3_header.JOINT_STEREO,
#                              padding=False, protected=False),
#     '\xff\xfb\xb0\x00': 
#         mp3_header.MP3Header(bit_rate_kbps=192, sampling_rate_hz=44100,
#                              channels=mp3_header.STEREO,
#                              padding=False, protected=False),
#     '\xff\xfb\xb2\x00': 
#         mp3_header.MP3Header(bit_rate_kbps=192, sampling_rate_hz=44100,
#                              channels=mp3_header.STEREO,
#                              padding=True, protected=False),
#     }
# INVALID_MP3_HEADERS = (
#     '',
#     'GARBAGE',
#     '\xff\xf0\0\0',
#     '\xff', '\xff' * 2, '\xff' * 3, '\xff' * 4,
#     )
# class ParseHeaderTest(unittest.TestCase):
#         class MockInfo(mutagen.mp3.MPEGInfo):
#     def test_is_complete(self):
#     def test_parse(self):
#     def test_match(self):
#     def test_find(self):
#     def test_from_mutagen(self):
#             def __init__(self):
# 
# Path: chirp/stream/frame_splitter.py
# class FrameSplitter(message.MessageConsumer,
#                     message.MessageSource):
#     def __init__(self, src):
#     def _process_message(self, msg):
# 
# Path: chirp/stream/message.py
# CONNECTED = "Connected"        # New connection initiated.
# RESPONSE = "Response"          # HTTP response received.
# BLOCK = "Block"                # A chunk of raw data.
# FRAME = "Frame"                # An MP3 frame.
# ERROR = "Error"                # An error.
# CONNECT_TIMEOUT_ERROR = "Connect Timeout Error"
# CONNECT_ERROR = "Connect Error"
# REQUEST_ERROR = "Request Error"
# READ_TIMEOUT_ERROR = "Read Timeout Error"
# READ_ERROR = "Read Error"
# MISSING_HEADERS_ERROR = "Missing HTTP Headers Error"
# MALFORMED_HEADERS_ERROR = "Malformed HTTP Headers Error"
# BAD_REDIRECT_ERROR = "Bad Redirect Error"
# END_OF_STREAM_ERROR = "End of Stream Error"
# class Message(object):
# class MessageSource(object):
# class MessageConsumer(looper.Looper):
# class MessageTee(MessageConsumer):
#     def payload_sha1(self):
#     def payload_hex_sha1(self):
#     def __str__(self):
#     def set_error(self, error_type, err):
#     def is_error(self):
#     def is_end_of_stream(self):
#     def __init__(self):
#     def _add_message(self, msg):
#     def _add_stop_message(self):
#     def get_next_message(self, timeout=None):
#     def get_all_messages(self):
#     def wait_until_empty(self):
#     def __init__(self, src):
#     def _process_message(self, msg):
#     def _loop_once(self):
#     def __init__(self, input_src, num_outputs):
#     def _process_message(self, msg):


import unittest
from chirp.common import mp3_header_test
from chirp.stream import frame_splitter
from chirp.stream import message
        return message_list

    def test_basic(self):
        # Find a header with the right frequency and build a dummy frame.
        for raw_hdr, hdr in mp3_header_test.VALID_MP3_HEADERS.items():
            if (hdr.sampling_rate_hz
                == frame_splitter.FrameSplitter.sampling_rate_hz):
                break
        frame_data = raw_hdr.ljust(hdr.frame_size, "a")

        # Make sure that some sequences of frames are properly split
        # into messages.
        for seq in (
            [ frame_data ],
            [ frame_data, frame_data ],
            [ frame_data, "junk", frame_data ],
            173 * [ frame_data ],
            173 * [ "junk", frame_data ],
            ):
            src = message.MessageSource()
            for msg in self.data_to_messages(''.join(seq)):
                src._add_message(msg)
            src._add_stop_message()

            fs = frame_splitter.FrameSplitter(src)
            fs.loop()
            for block in seq:
                msg = fs.get_next_message()
                self.assertFalse(msg.is_end_of_stream())
                if block == frame_data:

# Path: chirp/common/mp3_header_test.py
# VALID_MP3_HEADERS = {
#     '\xff\xfb\x90\x64':
#         mp3_header.MP3Header(bit_rate_kbps=128, sampling_rate_hz=44100,
#                              channels=mp3_header.JOINT_STEREO,
#                              padding=False, protected=False),
#     '\xff\xfb\xb0\x00': 
#         mp3_header.MP3Header(bit_rate_kbps=192, sampling_rate_hz=44100,
#                              channels=mp3_header.STEREO,
#                              padding=False, protected=False),
#     '\xff\xfb\xb2\x00': 
#         mp3_header.MP3Header(bit_rate_kbps=192, sampling_rate_hz=44100,
#                              channels=mp3_header.STEREO,
#                              padding=True, protected=False),
#     }
# INVALID_MP3_HEADERS = (
#     '',
#     'GARBAGE',
#     '\xff\xf0\0\0',
#     '\xff', '\xff' * 2, '\xff' * 3, '\xff' * 4,
#     )
# class ParseHeaderTest(unittest.TestCase):
#         class MockInfo(mutagen.mp3.MPEGInfo):
#     def test_is_complete(self):
#     def test_parse(self):
#     def test_match(self):
#     def test_find(self):
#     def test_from_mutagen(self):
#             def __init__(self):
# 
# Path: chirp/stream/frame_splitter.py
# class FrameSplitter(message.MessageConsumer,
#                     message.MessageSource):
#     def __init__(self, src):
#     def _process_message(self, msg):
# 
# Path: chirp/stream/message.py
# CONNECTED = "Connected"        # New connection initiated.
# RESPONSE = "Response"          # HTTP response received.
# BLOCK = "Block"                # A chunk of raw data.
# FRAME = "Frame"                # An MP3 frame.
# ERROR = "Error"                # An error.
# CONNECT_TIMEOUT_ERROR = "Connect Timeout Error"
# CONNECT_ERROR = "Connect Error"
# REQUEST_ERROR = "Request Error"
# READ_TIMEOUT_ERROR = "Read Timeout Error"
# READ_ERROR = "Read Error"
# MISSING_HEADERS_ERROR = "Missing HTTP Headers Error"
# MALFORMED_HEADERS_ERROR = "Malformed HTTP Headers Error"
# BAD_REDIRECT_ERROR = "Bad Redirect Error"
# END_OF_STREAM_ERROR = "End of Stream Error"
# class Message(object):
# class MessageSource(object):
# class MessageConsumer(looper.Looper):
# class MessageTee(MessageConsumer):
#     def payload_sha1(self):
#     def payload_hex_sha1(self):
#     def __str__(self):
#     def set_error(self, error_type, err):
#     def is_error(self):
#     def is_end_of_stream(self):
#     def __init__(self):
#     def _add_message(self, msg):
#     def _add_stop_message(self):
#     def get_next_message(self, timeout=None):
#     def get_all_messages(self):
#     def wait_until_empty(self):
#     def __init__(self, src):
#     def _process_message(self, msg):
#     def _loop_once(self):
#     def __init__(self, input_src, num_outputs):
#     def _process_message(self, msg):


# Path: chirp/stream/frame_splitter_test.py
import unittest
from chirp.common import mp3_header_test
from chirp.stream import frame_splitter
from chirp.stream import message

        return message_list

    def test_basic(self):
        # Find a header with the right frequency and build a dummy frame.
        for raw_hdr, hdr in mp3_header_test.VALID_MP3_HEADERS.items():
            if (hdr.sampling_rate_hz
                == frame_splitter.FrameSplitter.sampling_rate_hz):
                break
        frame_data = raw_hdr.ljust(hdr.frame_size, "a")

        # Make sure that some sequences of frames are properly split
        # into messages.
        for seq in (
            [ frame_data ],
            [ frame_data, frame_data ],
            [ frame_data, "junk", frame_data ],
            173 * [ frame_data ],
            173 * [ "junk", frame_data ],
            ):
            src = message.MessageSource()
            for msg in self.data_to_messages(''.join(seq)):
                src._add_message(msg)
            src._add_stop_message()

            fs = frame_splitter.FrameSplitter(src)
            fs.loop()
            for block in seq:
                msg = fs.get_next_message()
                self.assertFalse(msg.is_end_of_stream())
                if block == frame_data:

                    self.assertEqual(message.FRAME, msg.message_type)