def test_yenc_v1_3_NNTPContent_encode(self): """ Test the yEnc (v1.3) encoding of data (via NNTPContent) this is nessisary prior to a post """ # A simple test for ensuring that the yEnc # library exists; otherwise we want this test # to fail; the below line will handle this for # us; we'll let the test fail on an import error import yenc # First we take a binary file binary_filepath = join(self.var_dir, 'joystick.jpg') assert isfile(binary_filepath) # Initialize Codec encoder = CodecYenc(work_dir=self.test_dir) # Create an NNTPContent Object content = NNTPBinaryContent(binary_filepath, work_dir=self.test_dir) # Encode our content by object new_content_a = content.encode(encoder) # We should have gotten an ASCII Content Object assert isinstance(new_content_a, NNTPAsciiContent) is True # We should actually have content associated with out data assert len(new_content_a) > 0 # Encode our content by type new_content_b = content.encode(CodecYenc) # We should have gotten an ASCII Content Object assert isinstance(new_content_b, NNTPAsciiContent) is True # We should actually have content associated with out data assert len(new_content_b) > 0 # Our content should be the same when it was generated by both # methods assert new_content_a.md5() == new_content_b.md5() # Chain our encodings new_content = content.encode( [CodecYenc, CodecYenc(work_dir=self.test_dir)], ) # We should have gotten an ASCII Content Object assert isinstance(new_content, NNTPAsciiContent) is True # We should actually have content associated with out data assert len(new_content) > 0
def test_yenc_v1_3_NNTPContent_encode(self): """ Test the yEnc (v1.3) encoding of data (via NNTPContent) this is nessisary prior to a post """ # A simple test for ensuring that the yEnc # library exists; otherwise we want this test # to fail; the below line will handle this for # us; we'll let the test fail on an import error import yenc # First we take a binary file binary_filepath = join(self.var_dir, 'joystick.jpg') assert isfile(binary_filepath) # Initialize Codec encoder = CodecYenc(work_dir=self.test_dir) # Create an NNTPContent Object content = NNTPBinaryContent(binary_filepath, work_dir=self.test_dir) # Encode our content by object new_content_a = content.encode(encoder) # We should have gotten an ASCII Content Object assert isinstance(new_content_a, NNTPAsciiContent) is True # We should actually have content associated with out data assert len(new_content_a) > 0 # Encode our content by type new_content_b = content.encode(CodecYenc) # We should have gotten an ASCII Content Object assert isinstance(new_content_b, NNTPAsciiContent) is True # We should actually have content associated with out data assert len(new_content_b) > 0 # Our content should be the same when it was generated by both # methods assert new_content_a.md5() == new_content_b.md5() # Chain our encodings new_content = content.encode( [CodecYenc, CodecYenc(work_dir=self.test_dir)], ) # We should have gotten an ASCII Content Object assert isinstance(new_content, NNTPAsciiContent) is True # We should actually have content associated with out data assert len(new_content) > 0
def test_NNTPContent_encode(self): """ Test the encoding of data; this is nessisary prior to a post """ # First we take a binary file binary_filepath = join(self.var_dir, 'joystick.jpg') assert isfile(binary_filepath) # Initialize Codec encoder = CodecUU(work_dir=self.test_dir) # Create an NNTPContent Object content = NNTPBinaryContent(binary_filepath) # Encode our content by object new_content_a = content.encode(encoder) # We should have gotten an ASCII Content Object assert isinstance(new_content_a, NNTPAsciiContent) is True # We should actually have content associated with out data assert len(new_content_a) > 0 # Encode our content by type new_content_b = content.encode(CodecUU) # We should have gotten an ASCII Content Object assert isinstance(new_content_b, NNTPAsciiContent) is True # We should actually have content associated with out data assert len(new_content_b) > 0 # Our content should be the same when it was generated by both # methods assert new_content_a.md5() == new_content_b.md5() # Chain our encodings new_content = content.encode( [CodecUU, CodecUU(work_dir=self.test_dir)], ) # We should have gotten an ASCII Content Object assert isinstance(new_content, NNTPAsciiContent) is True # We should actually have content associated with out data assert len(new_content) > 0