FALCON_FUNC Uploaded_read( Falcon::VMachine *vm )
{
Falcon::CoreObject *self = vm->self().asObject();
Falcon::Item i_data;
if ( self->getProperty( "data", i_data ) &&
( i_data.isMemBuf() || i_data.isString() )
)
{
vm->regA().setBoolean( false );
return;
}
Falcon::Item i_storage;
if ( ! self->getProperty( "storage", i_storage ) || ! i_storage.isString() )
{
// invalid storage?
throw new Falcon::TypeError( Falcon::ErrorParam( Falcon::e_inv_params, __LINE__ ).
extra( ".storage" ) );
}
Falcon::FileStream fs;
if ( ! fs.open( *i_storage.asString(),
Falcon::BaseFileStream::e_omReadOnly,
Falcon::BaseFileStream::e_smShareRead ) )
{
throw new Falcon::IoError( Falcon::ErrorParam( Falcon::e_io_error, __LINE__ ).
sysError( (uint32) fs.lastError() ) );
}
Falcon::int64 filesize = fs.seekEnd(0);
Falcon::MemBuf *mb = new Falcon::MemBuf_1( (uint32) filesize );
fs.seekBegin( 0 );
Falcon::int64 readIn = 0;
while ( readIn < filesize )
{
Falcon::int32 len = fs.read( mb->data() + readIn, (int32)( filesize - readIn ) );
if ( len < 0 )
{
throw new Falcon::IoError( Falcon::ErrorParam( Falcon::e_io_error, __LINE__ ).
sysError( (uint32) fs.lastError() ) );
// anyhow, try to close to avoid system leaks.
fs.close();
}
readIn += len;
}
self->setProperty( "data", mb );
if ( ! fs.close() )
{
throw new Falcon::IoError( Falcon::ErrorParam( Falcon::e_io_error, __LINE__ ).
sysError( (uint32) fs.lastError() ) );
}
vm->regA().setBoolean( true );
}
/*#
@method open Uploaded
@brief Opens a read-only Falcon Stream pointing to the uploaed file.
@return A Falcon stream.
@raise IoError on open or write error.
@raise TypeError if the storage property is not a valid filename.
If @b data is filled, this method creates a memory
read-only StringStream accessing the data as a file. If it was
stored in a temporary file named as reported by the @b storage
property, that file is open in read-only/shared mode.
This method allows to obtain a valid readable stream no matter if the
uploaded file was cached in memory or temporarily stored to disk.
*/
FALCON_FUNC Uploaded_open( Falcon::VMachine *vm )
{
Falcon::CoreObject *self = vm->self().asObject();
Falcon::Item i_data;
// try to read the data.
Falcon::Stream *ret = 0;
if ( self->getProperty( "data", i_data ) )
{
if ( i_data.isMemBuf() )
{
ret = new Falcon::StringStream();
Falcon::MemBuf *mb = i_data.asMemBuf();
ret->write( mb->data(), mb->size() );
ret->seekBegin(0);
}
else if ( i_data.isString() )
{
ret = new Falcon::StringStream( *i_data.asString() );
}
}
// try to load from storage if we didn't create a stream.
if ( ret == 0 )
{
Falcon::Item i_storage;
if ( ! self->getProperty( "storage", i_storage ) || ! i_storage.isString() )
{
// invalid storage?
throw new Falcon::TypeError( Falcon::ErrorParam( Falcon::e_inv_params, __LINE__ )
.extra( ".storage" ) );
}
Falcon::FileStream *temp = new Falcon::FileStream();
if ( ! temp->open( *i_storage.asString(), Falcon::BaseFileStream::e_omReadOnly ) )
{
Falcon::int64 le = temp->lastError();
delete temp;
throw new Falcon::IoError(
Falcon::ErrorParam( Falcon::e_io_error, __LINE__ )
.sysError( (uint32) le ) );
}
ret = temp;
}
// create the stream.
Falcon::Item *stream_cls = vm->findWKI( "Stream" );
fassert( stream_cls != 0 );
fassert( stream_cls->isClass() );
Falcon::CoreObject *oret = stream_cls->asClass()->createInstance();
oret->setUserData( ret );
vm->retval( oret );
}
void ScriptData::unhookAll()
{
cancelSleep();
for( int i = 0; i < m_hooks->length(); i++ )
{
Falcon::CoreObject *hook = m_hooks->at( i ).asObject();
XChatHook *xh = (XChatHook *) hook->getUserData();
// the hook may have already dis-hooked itself.
if ( xh != 0 )
{
xchat_unhook( the_plugin, xh->hook() );
// void the hook
hook->setUserData( (Falcon::FalconData*)0 );
delete xh;
}
}
// empty the array of hooks
m_hooks->resize( 0 );
// notice that this also causes the hook object to be reclaimable,
// in case the script has dropped them too.
}
FALCON_FUNC Uploaded_store( Falcon::VMachine *vm )
{
Falcon::Item *ip_path = vm->param(0);
if ( ip_path == 0
|| ( ! ip_path->isString() && ! ip_path->isOfClass( "Stream" ) )
)
{
throw
new Falcon::ParamError( Falcon::ErrorParam( Falcon::e_inv_params, __LINE__ )
.extra( "S|Stream" ) );
}
Falcon::CoreObject *self = vm->self().asObject();
//===============================================
// Do we store from data?
//
Falcon::Item i_data;
if ( self->getProperty( "data", i_data ) &&
( i_data.isMemBuf() || i_data.isString() )
)
{
Falcon::FileStream* tgFile = 0;
Falcon::Stream *tgStream;
// try to save to ip_path;
if ( ip_path->isString() )
{
// try to open the file.
tgFile = new Falcon::FileStream;
if ( ! tgFile->create( *ip_path->asString(),
Falcon::BaseFileStream::e_aUserRead | Falcon::BaseFileStream::e_aUserWrite ) )
{
Falcon::int64 le = tgFile->lastError();
delete tgFile;
throw new Falcon::IoError( Falcon::ErrorParam( Falcon::e_io_error, __LINE__ ).
sysError( (uint32) le ) );
}
tgStream = tgFile;
}
else
tgStream = static_cast<Falcon::Stream*>( ip_path->asObject()->getUserData() );
Falcon::int64 written = 0;
Falcon::uint32 len = i_data.isString() ? i_data.asString()->size()
: i_data.asMemBuf()->size();
Falcon::byte* data = i_data.isString() ? i_data.asString()->getRawStorage()
: i_data.asMemBuf()->data();
int wrt = 0;
while ( written < len )
{
wrt = tgStream->write( data + written, (uint32)( len - written ) );
if ( wrt < 0 )
{
Falcon::int64 le = tgStream->lastError();
delete tgFile;
throw new Falcon::IoError( Falcon::ErrorParam( Falcon::e_io_error, __LINE__ ).
sysError( (uint32) le ) );
}
written += wrt;
}
if ( ! tgStream->close() )
{
Falcon::int64 le = tgStream->lastError();
delete tgFile; // ok also if 0
throw new Falcon::IoError(
Falcon::ErrorParam( Falcon::e_io_error, __LINE__ )
.sysError( (uint32)le ) );
}
// success
return;
}
// =============================================
// Do we store from storage?
Falcon::Item i_storage;
if ( ! self->getProperty( "storage", i_storage ) || ! i_storage.isString() )
{
// invalid storage?
throw new Falcon::TypeError( Falcon::ErrorParam( Falcon::e_inv_params, __LINE__ )
.extra( ".storage" ) );
}
const Falcon::String &fname = *i_storage.asString();
// First, try to rename the file.
if ( ip_path->isString() )
{
Falcon::int32 status;
// fname -> dest
if ( Falcon::Sys::fal_move( fname, *ip_path->asString(), status ) )
return; // great, we did it
}
Falcon::FileStream infile;
if ( ! infile.open( fname, Falcon::BaseFileStream::e_omReadOnly ) || ! infile.good() )
{
throw new Falcon::IoError( Falcon::ErrorParam( Falcon::e_io_error, __LINE__ ).
sysError( (uint32) infile.lastError() ) );
}
// no way? -- try to copy it.
Falcon::FileStream* tgFile = 0;
Falcon::Stream *tgStream;
// try to save to ip_path;
if ( ip_path->isString() )
{
// try to open the file.
tgFile = new Falcon::FileStream();
if ( ! tgFile->create( *ip_path->asString(),
Falcon::BaseFileStream::e_aUserRead | Falcon::BaseFileStream::e_aUserWrite ) )
{
Falcon::int64 le = tgFile->lastError();
delete tgFile;
throw new Falcon::IoError( Falcon::ErrorParam( Falcon::e_io_error, __LINE__ ).
sysError( (uint32) le ) );
}
tgStream = tgFile;
}
else
tgStream = static_cast<Falcon::Stream*>( ip_path->asObject()->getUserData() );
Falcon::byte buffer[2048];
int wrt = 0;
while ( ! infile.eof() )
{
wrt = infile.read( buffer, 2048 );
if ( wrt < 0 )
{
delete tgFile;
throw new Falcon::IoError( Falcon::ErrorParam( Falcon::e_io_error, __LINE__ ).
sysError( (uint32) infile.lastError() ) );
}
wrt = tgStream->write( buffer, wrt );
if ( wrt < 0 )
{
Falcon::int64 le = tgStream->lastError();
delete tgFile;
throw new Falcon::IoError( Falcon::ErrorParam( Falcon::e_io_error, __LINE__ ).
sysError( (uint32) le ) );
}
}
// silently try to unlink the source file
infile.close();
Falcon::int32 status;
Falcon::Sys::fal_unlink( fname, status );
// do not raise again if in error
if ( ! tgStream->close() )
{
Falcon::int64 le = tgStream->lastError();
delete tgFile;
throw new Falcon::IoError(
Falcon::ErrorParam( Falcon::e_io_error, __LINE__ )
.sysError( (uint32) le ) );
}
delete tgFile;
}
