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169 | #include "gate/tests.hpp"
#include "gate/encode/zlibstreams.hpp"
#include "gate/encode/zipstreams.hpp"
#if !defined(GATE_ENCODE_NO_ADVANCED_COMPRESSION)
#include "gate/encode/bzip2streams.hpp"
#include "gate/encode/xzstreams.hpp"
#endif
using namespace gate;
using namespace gate::enc;
static StaticString const content =
"What is Lorem Ipsum? "
"Lorem Ipsum is simply dummy text of the printing and typesetting industry. "
"Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, "
"when an unknown printer took a galley of type and scrambled it to make a type "
"specimen book. It has survived not only five centuries, but also the leap into "
"electronic typesetting, remaining essentially unchanged. It was popularised "
"in the 1960s with the release of Letraset sheets containing Lorem Ipsum "
"passages, and more recently with desktop publishing software like "
"Aldus PageMaker including versions of Lorem Ipsum."
"Why do we use it? "
"It is a long established fact that a reader will be distracted by the "
"readable content of a page when looking at its layout. The point of using "
"Lorem Ipsum is that it has a more-or-less normal distribution of letters, "
"as opposed to using 'Content here, content here', making it look like readable "
"English. Many desktop publishing packages and web page editors now use "
"Lorem Ipsum as their default model text, and a search for 'lorem ipsum' "
"will uncover many web sites still in their infancy. Various versions have "
"evolved over the years, sometimes by accident, sometimes on purpose "
"(injected humour and the like)."
;
static void transcode_data_streams(Stream& instream, Stream& outstream)
{
char buffer[128];
GATEXX_TEST_CHECK_NOTHROW(Stream::transferViaBuffer(instream, outstream, buffer, sizeof(buffer)));
GATEXX_TEST_CHECK_NOTHROW(outstream.flush());
}
template<class ENCODER, class DECODER>
void test_encoder_decoder()
{
StringStream plainData(content);
MemFileStream encodedData;
Stream encoder = NullStream();<--- Variable 'encoder' is reassigned a value before the old one has been used.
{
GATEXX_TEST_CHECK_NOTHROW(encoder = ENCODER::create(encodedData));<--- Variable 'encoder' is reassigned a value before the old one has been used.
GATEXX_TEST_CHECK_NOTHROW(transcode_data_streams(plainData, encoder));
GATEXX_TEST_CHECK(!encoder.getInterfaceName().empty());
char buffer[64];
GATEXX_TEST_CHECK_THROW(encoder.peek(buffer, sizeof(buffer)));
GATEXX_TEST_CHECK_THROW(encoder.read(buffer, sizeof(buffer)));
}
encodedData.seek(0, ControlStream::Seek_Begin);
StringStream decodedData;
Stream decoder = NullStream();<--- Variable 'decoder' is reassigned a value before the old one has been used.
{
GATEXX_TEST_CHECK_NOTHROW(decoder = DECODER::create(encodedData));<--- Variable 'decoder' is reassigned a value before the old one has been used.
if (decoder.implementsInterface(GATE_INTERFACE_NAME_CONTROLSTREAM))
{
gate_controlstream_t* ptr_control = (gate_controlstream_t*)(decoder.c_impl());
ControlStream control(ptr_control);
gate_object_retain(ptr_control);
GATEXX_TEST_CHECK_NOTHROW(control.canRead());
GATEXX_TEST_CHECK_NOTHROW(control.canWrite());
GATEXX_TEST_CHECK_NOTHROW(control.getSize());
GATEXX_TEST_CHECK_NOTHROW(control.getAvailable());
control.seek(0, ControlStream::Seek_Current);
}
GATEXX_TEST_CHECK_NOTHROW(transcode_data_streams(decoder, decodedData));
GATEXX_TEST_CHECK(!decoder.getInterfaceName().empty());
GATEXX_TEST_CHECK_THROW(decoder.write("test", 4));
GATEXX_TEST_CHECK_THROW(decoder.flush());
}
String decodedText = decodedData.toString();
GATEXX_TEST_CHECK_EQUAL(content, decodedText);
}
#if !defined(GATE_ENCODE_NO_ADVANCED_COMPRESSION) && defined(GATE_EXTLIB_BZIP2)
GATEXX_TEST_UNIT(Bzip2)
{
test_encoder_decoder<Bzip2Encoder, Bzip2Decoder>();
}
#endif
#if !defined(GATE_ENCODE_NO_ADVANCED_COMPRESSION) && defined(GATE_EXTLIB_LZMA)
GATEXX_TEST_UNIT(Xz)
{
test_encoder_decoder<XzEncoder, XzDecoder>();
}
#endif
GATEXX_TEST_UNIT(Zlib)
{
test_encoder_decoder<ZlibEncoder, ZlibDecoder>();
test_encoder_decoder<GZipEncoder, GZipDecoder>();
}
GATEXX_TEST_UNIT(Zip)
{
MemFileStream zip_output;
{
ZipWriter writer(zip_output);
ZipEntry entry;
entry.setPath("/test.txt");
entry.setSize(content.size());
entry.setAttributes(File::Attrib_File);
entry.setAccessBits(File::Access_AllRead | File::Access_AllWrite);
entry.setModifiedDate(Time::now());
writer.add(entry, content.c_str());
entry.setPath("/test2.txt");
writer.add(entry, content.c_str());
writer.flush();
}
{
MemFileStream zip_input = zip_output.share();
ZipReader reader(zip_input);
ZipEntry entry = reader.getFirstEntry();
GATEXX_TEST_CHECK_EQUAL(entry.getPath(), "/test.txt");
GATEXX_TEST_CHECK_EQUAL(entry.getSize(), content.size());
const bool_t secondEntryFound = reader.getNextEntry(entry);
GATEXX_TEST_CHECK(secondEntryFound);
GATEXX_TEST_CHECK_EQUAL(entry.getPath(), "/test2.txt");
GATEXX_TEST_CHECK_EQUAL(entry.getSize(), content.size());
}
{
MemFileStream zip_input = zip_output.share();
ZipReader reader(zip_input);
ZipEntry entry = reader.findEntry("/test.txt");
GATEXX_TEST_CHECK_EQUAL(entry.getPath(), "/test.txt");
GATEXX_TEST_CHECK_EQUAL(entry.getSize(), content.size());
StringStream extractedData;
reader.extractContent(extractedData);
GATEXX_TEST_CHECK_EQUAL(content, extractedData.toView());
}
{
MemFileStream zip_input = zip_output.share();
ZipReader reader(zip_input);
ZipEntry entry = reader.findEntry("/test2.txt");
GATEXX_TEST_CHECK_EQUAL(entry.getPath(), "/test2.txt");
GATEXX_TEST_CHECK_EQUAL(entry.getSize(), content.size());
StringStream extractedData;
reader.extractContent(extractedData);
GATEXX_TEST_CHECK_EQUAL(content, extractedData.toView());
}
}
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