AutoStr* Uri_Resolved(Uri const* uri)
{
SELF_CONST(uri);
try
{
return AutoStr_FromTextStd(self->resolved().toUtf8().constData());
}
catch(de::Uri::ResolveError const& er)
{
LOG_RES_WARNING(er.asText());
}
return AutoStr_NewStd();
}
static void writeUri(const Uri* uri, Writer* writer, int omitComponents = 0)
{
SELF_CONST(uri);
if(omitComponents & UCF_SCHEME)
{
ddstring_t emptyString;
Str_InitStatic(&emptyString, "");
Str_Write(&emptyString, writer);
}
else
{
Str_Write(DualString(self->scheme()).toStrUtf8(), writer);
}
Str_Write(DualString(self->path()).toStrUtf8(), writer);
}
struct file1_s* FileHandle_File_const(struct filehandle_s const* hndl)
{
SELF_CONST(hndl);
return reinterpret_cast<struct file1_s*>(&self->file());
}
size_t FileHandle_BaseOffset(struct filehandle_s const* hndl)
{
SELF_CONST(hndl);
return self->baseOffset();
}
boolean FileHandle_IsValid(struct filehandle_s const* hndl)
{
SELF_CONST(hndl);
return self->isValid();
}
AutoStr* Uri_ToString(Uri const* uri)
{
SELF_CONST(uri);
return AutoStr_FromTextStd(self->asText().toUtf8().constData());
}
AutoStr* Uri_Compose(Uri const* uri)
{
SELF_CONST(uri);
return AutoStr_FromTextStd(self->compose().toUtf8().constData());
}
AutoStr* Uri_Compose2(Uri const* uri, int flags)
{
SELF_CONST(uri);
return AutoStr_FromTextStd(self->compose(translateFlags(flags)).toUtf8().constData());
}
const Str* Uri_Path(Uri const* uri)
{
SELF_CONST(uri);
return self->pathStr();
}
const Str* Uri_Scheme(Uri const* uri)
{
SELF_CONST(uri);
return self->schemeStr();
}
dd_bool Uri_IsEmpty(Uri const* uri)
{
SELF_CONST(uri);
return self->isEmpty();
}
dd_bool Uri_Equality(Uri const* uri, Uri const* other)
{
SELF_CONST(uri);
DENG_ASSERT(other);
return *self == (*(TOINTERNAL_CONST(other)));
}
