static int main_(int /* argc */, char** /*argv*/)
{
ff::sinks::speech_sink sink(SPF_IS_FILENAME);
#ifdef FASTFORMAT_USE_VOLE
vole::object speaker(comstl::interface_cast<IDispatch>(sink.get()));
#endif /* FASTFORMAT_USE_VOLE */
#ifdef FASTFORMAT_USE_VOLE
{ for(long rate = 0; 5 != rate; ++rate)
{
speaker.put_property(L"Rate", rate * 2);
#endif /* FASTFORMAT_USE_VOLE */
ff::fmt(sink
, FF_STR("This is a demonstration of FastFormat's ability to speak, compiled with {0}, in configuration {1}, and with the {2} encoding")
/* {0}: compiler name */
, FF_STRINGIZE(STLSOFT_COMPILER_VERSION_STRING)
/* {1}: configuration */
, FF_STRINGIZE(FF_CONFIGURATION)
/* {2}: encoding */
, FF_STRINGIZE(FF_ENCODING)
);
#ifdef FASTFORMAT_USE_VOLE
}}
#endif /* FASTFORMAT_USE_VOLE */
return EXIT_SUCCESS;
}
static void test_1_10()
{
std::string sink;
ff::flush(ff::fmt(sink, FF_STR("{0}"), FF_STR("")));
XTESTS_TEST_INTEGER_EQUAL(0u, sink.size());
XTESTS_TEST_STRING_EQUAL("", sink.data());
ff::flush(ff::fmt(sink, FF_STR("{0}"), FF_STR("abc")));
XTESTS_TEST_INTEGER_EQUAL(3u, sink.size());
XTESTS_TEST_STRING_EQUAL("abc", sink.data());
ff::flush(ff::fmt(sink, FF_STR("{0}"), FF_STR("")));
XTESTS_TEST_INTEGER_EQUAL(3u, sink.size());
XTESTS_TEST_STRING_EQUAL("abc", sink.data());
}
static int main_(int /* argc */, char** /* argv */)
{
{
#if 1
FILE* file = stdout;
ff::fmtln(file
#else /* ? 0 */
ff::fmtln(ff::FILE_ref(stdout, ff::buffered)
#endif /* 0 */
, FF_STR("Param #1: {0}; param #2: {1}; param #1 again: {0}"), FF_STR("abc"), FF_STR("def"));
}
{
FILE* file = stdout;
ff::fmt(file
, FF_STR("Param #1: {0}; param #2: {1}; param #1 again: {0}"), FF_STR("abc"), FF_STR("def"));
puts("");
}
{
ff::fmt(ff::to_sink(stdout)
, FF_STR("Param #1: {0}; param #2: {1}; param #1 again: {0}"), FF_STR("abc"), FF_STR("def"));
puts("");
}
try
{
FILE* file = stdin;
ff::fmt(file
, FF_STR("Param #1: {0}; param #2: {1}; param #1 again: {0}"), FF_STR("abc"), FF_STR("def"));
puts("");
}
catch(ff::sink_output_exception& x)
{
FILE* file = stderr;
ff::writeln(file, x);
}
#ifdef DO_OTHER_TYPE_TESTS
# if 0
{
FILE* sink = stdout;
ff::fmt(ff::flushed(stdout)
, FF_STR("Param #1: {0}; param #2: {1}; param #1 again: {0}"), FF_STR("abc"), FF_STR("def"));
puts("");
}
{
ff::fmt(ff::flushed(std_cout)
, FF_STR("Param #1: {0}; param #2: {1}; param #1 again: {0}"), FF_STR("abc"), FF_STR("def"));
puts("");
}
{
std_string sink;
ff::fmt(ff::flushed(sink)
, FF_STR("Param #1: {0}; param #2: {1}; param #1 again: {0}"), FF_STR("abc"), FF_STR("def"));
}
{
stlsoft::auto_buffer<ff::ff_char_t, 1000> sink(0);
ff::fmt(ff::flushed(sink)
, FF_STR("Param #1: {0}; param #2: {1}; param #1 again: {0}"), FF_STR("abc"), FF_STR("def"));
}
{
ff::ff_char_t buff[1001];
ff::sinks::char_buffer_sink sink(STLSOFT_NUM_ELEMENTS(buff), buff);
ff::fmt(ff::flushed(sink)
, FF_STR("Param #1: {0}; param #2: {1}; param #1 again: {0}"), FF_STR("abc"), FF_STR("def"));
}
{
ff::ff_char_t buff[1001];
ff::sinks::c_string_sink sink(STLSOFT_NUM_ELEMENTS(buff), buff);
ff::fmt(ff::flushed(sink)
, FF_STR("Param #1: {0}; param #2: {1}; param #1 again: {0}"), FF_STR("abc"), FF_STR("def"));
}
{
ff::sinks::null_sink sink;
ff::fmt(ff::flushed(sink)
, FF_STR("Param #1: {0}; param #2: {1}; param #1 again: {0}"), FF_STR("abc"), FF_STR("def"));
}
# if defined(WIN32) || \
defined(WIN64)
{
CComBSTR sink;
ff::fmt(ff::flushed(sink)
, FF_STR("Param #1: {0}; param #2: {1}; param #1 again: {0}"), FF_STR("abc"), FF_STR("def"));
}
{
CString sink;
ff::fmt(ff::flushed(sink)
, FF_STR("Param #1: {0}; param #2: {1}; param #1 again: {0}"), FF_STR("abc"), FF_STR("def"));
}
{
ff::sinks::OutputDebugString_sink sink;
ff::fmtln(ff::flushed(sink)
, FF_STR("Param #1: {0}; param #2: {1}; param #1 again: {0}"), FF_STR("abc"), FF_STR("def"));
}
# endif
# else
{
FILE* sink = stdout;
ff::flush(
ff::fmt(
sink
, FF_STR("Param #1: {0}; param #2: {1}; param #1 again: {0}"), FF_STR("abc"), FF_STR("def")
)
);
puts("");
}
{
ff::flush(
ff::fmt(
std_cout
, FF_STR("Param #1: {0}; param #2: {1}; param #1 again: {0}"), FF_STR("abc"), FF_STR("def")
)
);
puts("");
}
{
std_string sink;
ff::flush(
ff::fmt(
sink
, FF_STR("Param #1: {0}; param #2: {1}; param #1 again: {0}"), FF_STR("abc"), FF_STR("def")
)
);
}
# if 0
{
stlsoft::auto_buffer<ff::ff_char_t, 1000> sink(0);
ff::flush(
ff::fmt(
sink
, FF_STR("Param #1: {0}; param #2: {1}; param #1 again: {0}"), FF_STR("abc"), FF_STR("def")
)
);
}
# endif /* 0 */
{
ff::ff_char_t buff[1001];
ff::sinks::char_buffer_sink sink(STLSOFT_NUM_ELEMENTS(buff), buff);
ff::flush(
ff::fmt(
sink
, FF_STR("Param #1: {0}; param #2: {1}; param #1 again: {0}"), FF_STR("abc"), FF_STR("def")
)
);
}
{
ff::ff_char_t buff[1001];
ff::sinks::c_string_sink sink(STLSOFT_NUM_ELEMENTS(buff), buff);
ff::flush(
ff::fmt(
sink
, FF_STR("Param #1: {0}; param #2: {1}; param #1 again: {0}"), FF_STR("abc"), FF_STR("def")
)
);
}
{
ff::sinks::null_sink sink;
ff::flush(
ff::fmt(
sink
, FF_STR("Param #1: {0}; param #2: {1}; param #1 again: {0}"), FF_STR("abc"), FF_STR("def")
)
);
}
# if defined(WIN32) || \
defined(WIN64)
{
CComBSTR sink;
ff::flush(
ff::fmt(
sink
, FF_STR("Param #1: {0}; param #2: {1}; param #1 again: {0}"), FF_STR("abc"), FF_STR("def")
)
);
}
# ifdef USE_MFC
{
CString sink;
ff::flush(
ff::fmt(
sink
, FF_STR("Param #1: {0}; param #2: {1}; param #1 again: {0}"), FF_STR("abc"), FF_STR("def")
)
);
}
# endif
{
ff::sinks::OutputDebugString_sink sink;
ff::flush(
ff::fmt(
sink
, FF_STR("Param #1: {0}; param #2: {1}; param #1 again: {0}"), FF_STR("abc"), FF_STR("def")
)
);
}
# endif
# endif
#endif /* DO_OTHER_TYPE_TESTS */
return EXIT_SUCCESS;
}
