void dist_texturespuGatherConfiguration( void )
{
CRConnection *conn;
char response[8096];
__setDefaults();
/* Connect to the mothership and identify ourselves. */
conn = crMothershipConnect( );
if (!conn)
{
/* The mothership isn't running. Some SPU's can recover gracefully, some
* should issue an error here. */
return;
}
crMothershipIdentifySPU( conn, dist_texture_spu.id );
/* CONFIGURATION STUFF HERE */
crSPUGetMothershipParams( conn, &dist_texture_spu, dist_textureSPUOptions );
(void) response;
crMothershipDisconnect( conn );
}
void packspuSetVBoxConfiguration( const SPU *child_spu )
{
RT_NOREF(child_spu);
__setDefaults();
pack_spu.emit_GATHER_POST_SWAPBUFFERS = 0;
pack_spu.swapbuffer_sync = 0;
pack_spu.name = crStrdup("vboxhgcm://llp:7000");
pack_spu.buffer_size = 5 * 1024 * 1024;
}
void binaryswapspuGatherConfiguration( Binaryswapspu *binaryswap_spu )
{
CRConnection *conn;
__setDefaults( binaryswap_spu );
/* Connect to the mothership and identify ourselves. */
conn = crMothershipConnect( );
if (!conn)
{
/* The mothership isn't running. Some SPU's can recover gracefully, some
* should issue an error here. */
crSPUSetDefaultParams( binaryswap_spu, binaryswapspuOptions );
return;
}
crMothershipIdentifySPU( conn, binaryswap_spu->id );
crSPUGetMothershipParams( conn, (void *)binaryswap_spu, binaryswapspuOptions );
/* Get a few options from the Render SPU from which we inherit */
{
char response[1000];
if (crMothershipGetSPUParam( conn, response, "resizable" )) {
int resizable = 0;
sscanf(response, "%d", &resizable);
binaryswap_spu->resizable = resizable;
}
if (crMothershipGetSPUParam( conn, response, "render_to_app_window" )) {
int renderToAppWindow = 0;
sscanf(response, "%d", &renderToAppWindow);
binaryswap_spu->renderToAppWindow = renderToAppWindow;
}
if (crMothershipGetSPUParam( conn, response, "default_visual" )) {
binaryswap_spu->default_visual = ParseVisString(response);
}
else {
/* This *MUST* match the default in the Render SPU */
binaryswap_spu->default_visual = CR_RGB_BIT | CR_DOUBLE_BIT | CR_DEPTH_BIT;
}
}
binaryswap_spu->mtu = crMothershipGetMTU( conn );
crMothershipDisconnect( conn );
}
void simplequeryspuGatherConfiguration( void )
{
CRConnection *conn;
__setDefaults();
/* Connect to the mothership and identify ourselves. */
conn = crMothershipConnect( );
if (!conn)
{
/* The mothership isn't running. Some SPU's can recover gracefully, some
* should issue an error here. */
crSPUSetDefaultParams( &simplequery_spu, simplequerySPUOptions );
return;
}
crMothershipIdentifySPU( conn, simplequery_spu.id );
crSPUGetMothershipParams( conn, &simplequery_spu, simplequerySPUOptions );
crMothershipDisconnect( conn );
}
void
zpixspuGatherConfiguration(ZpixSPU * zpix_spu)
{
CRConnection *conn;
__setDefaults(zpix_spu);
/* Connect to the mothership and identify ourselves. */
conn = crMothershipConnect();
if (!conn)
{
/* The mothership isn't running. Some SPU's can recover gracefully, some
* should issue an error here. */
crSPUSetDefaultParams(zpix_spu, zpixSPUOptions);
return;
}
crMothershipIdentifySPU(conn, zpix_spu->id);
crSPUGetMothershipParams(conn, (void *) zpix_spu, zpixSPUOptions);
crMothershipDisconnect(conn);
}
void arrayspuGatherConfiguration( void )
{
__setDefaults();
}
