CScriptbind_GameRules::CScriptbind_GameRules()
{
REGISTER_METHOD(RegisterGameMode);
REGISTER_METHOD(AddGameModeAlias);
REGISTER_METHOD(AddGameModeLevelLocation);
REGISTER_METHOD(SetDefaultGameMode);
}
CScriptbind_Network::CScriptbind_Network()
{
REGISTER_METHOD(RemoteInvocation);
REGISTER_METHOD(IsMultiplayer);
REGISTER_METHOD(IsServer);
REGISTER_METHOD(IsClient);
}
void physobj::REGISTER_SCRIPTABLES(qScriptEngine *engine)
{
REGISTER_CLASS(engine, "physobj", physobj);
REGISTER_METHOD(engine, "physobj", physobj, "void render()", getX);
REGISTER_METHOD(engine, "physobj", physobj, "void AddRef()", Addref);
//Addref
}
INT16 CDgen::AutoRegisterWords()
{
DEBUGMSG(-1,"CDgen::AutoRegisterWords",0,0,0);
IF_NOK(inherited::AutoRegisterWords()) return NOT_EXEC;
//{{CGEN_REGISTERWORDS
// Register methods
REGISTER_METHOD("-edit_section","",LPMF(CDgen,OnEditSection),"Edits text between two markers in generated document.",0,"<string sMarkOn> <string sMarkOff> <data idText> <string sOpname> <DGen this>","")
REGISTER_METHOD("-load","",LPMF(CDgen,OnLoad),"Load document template.",0,"<string sFilename> <DGen this>","")
REGISTER_METHOD("-parse","",LPMF(CDgen,OnParse),"Parse token sequence (field tsq)",0,"<string sParser> <fst itDeps> <int nFtok> <int nLtok> <DGen this>","")
REGISTER_METHOD("-scan","",LPMF(CDgen,OnScan),"For convenience: -tokenize plus -parse",0,"<string sFilename> <string sParser> <fst itDeps> <DGen this>","")
REGISTER_METHOD("-setup","",LPMF(CDgen,OnSetup),"Load default parameter set for given parser",0,"<string sParser> <DGen this>","")
REGISTER_METHOD("-table","",LPMF(CDgen,OnTable),"Adds table data to HTML page",0,"<data idTable> <string sPre> <string sDel> <string sSuf> <DGen this>","")
REGISTER_METHOD("-tokenize","",LPMF(CDgen,OnTokenize),"Tokenize source file",0,"<string sFilename> <DGen this>","")
REGISTER_METHOD("-write","",LPMF(CDgen,OnWrite),"Write HTML page to file",0,"<string sFilename> <DGen this>","")
REGISTER_METHOD("<%","",LPMF(CDgen,HereScript),"Add HTML code (here script) to HTML page",0,"<DGen this>","... %>")
REGISTER_METHOD(">>","",LPMF(CDgen,OnAddText),"Add text to HTML page",0,"<string sText> <DGen this>","")
// Register options
REGISTER_OPTION("/bare","",LPMV(m_bBare),NULL,"Ignore prefixes and suffixes.",0)
// Register fields
REGISTER_FIELD("bcmtoff","",LPMV(m_lpsBcmtoff),NULL,"Block comment mark (end)",0,8,8,"char[8]","")
REGISTER_FIELD("bcmton","",LPMV(m_lpsBcmton),NULL,"Block comment mark (start)",0,8,8,"char[8]","")
REGISTER_FIELD("chrs","",LPMV(m_bChrs),NULL,"Get character strings in single quotation marks as tokens.",0,2002,1,"short",(INT16)TRUE)
REGISTER_FIELD("dcmt","",LPMV(m_lpsDcmt),NULL,"Documentation comment",0,8,8,"char[8]","##")
REGISTER_FIELD("dom","",LPMV(m_idDom),NULL,"Document object model",FF_NOSET,6002,1,"data",NULL)
REGISTER_FIELD("drct","",LPMV(m_lpsDrct),NULL,"Compiler directive (entire line will be one token)",0,8,8,"char[8]","")
REGISTER_FIELD("filename","",LPMV(m_lpsFilename),NULL,"Most recently tokenized file",FF_NOSET,255,255,"char[255]","")
REGISTER_FIELD("gen","",LPMV(m_idGen),NULL,"Generated document",FF_NOSET,6002,1,"data",NULL)
REGISTER_FIELD("grany","",LPMV(m_nGrany),NULL,"Memory allocation granularity",FF_NOSET,2004,1,"int",(INT32)100)
REGISTER_FIELD("idel","",LPMV(m_lpsIdel),LPMF(CDgen,OnIdelChanged),"Insignificant token delimiter characters",0,64,64,"char[64]"," \t")
REGISTER_FIELD("lcmt","",LPMV(m_lpsLcmt),NULL,"One line comment mark ('til end of line)",0,8,8,"char[8]","#")
REGISTER_FIELD("sdel","",LPMV(m_lpsSdel),LPMF(CDgen,OnSdelChanged),"Significant token delimiter characters",0,64,64,"char[64]","")
REGISTER_FIELD("spl","",LPMV(m_idSpl),NULL,"Source property list (key-value pairs)",FF_NOSET,6002,1,"data",NULL)
REGISTER_FIELD("strs","",LPMV(m_bStrs),NULL,"Get character strings in double quotation marks as tokens.",0,2002,1,"short",(INT16)TRUE)
REGISTER_FIELD("tsq","",LPMV(m_idTsq),NULL,"Token sequence",FF_NOSET,6002,1,"data",NULL)
REGISTER_FIELD("txt","",LPMV(m_idTxt),NULL,"Documentation texts",FF_NOSET,6002,1,"data",NULL)
// Register errors
REGISTER_ERROR("~e1_0_0__1",EL_ERROR,DG_TOOFEWCOMPS,"Node table of instance '%s' has too few components.")
REGISTER_ERROR("~e2_0_0__1",EL_ERROR,DG_NOTSYMBCOMPTYPE,"Node component %ld of instance '%s' must be symbolic.")
REGISTER_ERROR("~e3_0_0__1",EL_WARNING,DG_TOOLONG,"%s(%ld): %s too long.")
REGISTER_ERROR("~e4_0_0__1",EL_WARNING,DG_TOOLONG2,"%s '%s' too long (max. %ld characters).")
REGISTER_ERROR("~e5_0_0__1",EL_ERROR,DG_HERESCRIPT,"Unexpected end of file scanning for '%s'.")
REGISTER_ERROR("~e6_0_0__1",EL_ERROR,DG_STREXCEEDSLINE,"String constant exceeds line.")
REGISTER_ERROR("~e7_0_0__1",EL_ERROR,DG_PARSER,"Parser '%s' unknown.")
REGISTER_ERROR("~e8_0_0__1",EL_ERROR,DG_OPCODE,"'%s' is not a valid %s operation.")
REGISTER_ERROR("~e9_0_0__1",EL_ERROR,DG_SYNTAX,"Syntax error.")
REGISTER_ERROR("~e0_1_0__1",EL_ERROR,DG_SYNTAX2,"Syntax error (%s).")
REGISTER_ERROR("~e1_1_0__1",EL_ERROR,DG_EXPECT,"Expect %s.")
REGISTER_ERROR("~e2_1_0__1",EL_ERROR,DG_AWOB,"%s without matching %s.")
REGISTER_ERROR("~e3_1_0__1",EL_ERROR,DG_JVD,"JavaDoc %s %s %s.")
//}}CGEN_REGISTERWORDS
return O_K;
}
CScriptbind_ParticleSystem::CScriptbind_ParticleSystem()
{
m_pParticleManager = gEnv->p3DEngine->GetParticleManager();
REGISTER_METHOD(FindEffect);
REGISTER_METHOD(Spawn);
REGISTER_METHOD(Remove);
REGISTER_METHOD(LoadResources);
}
/// called by Register(), registers object-methods (see cLuaBind constructor for examples)
virtual void RegisterMethods (lua_State *L) { PROFILE
#define REGISTER_METHOD(methodname) mlMethod.push_back(make_luaL_reg(#methodname,&cBitMask_L::methodname));
REGISTER_METHOD(Destroy);
REGISTER_METHOD(GetSize);
REGISTER_METHOD(GetWrap);
REGISTER_METHOD(SetWrap);
REGISTER_METHOD(TestBit);
}
CScriptbind_Debug::CScriptbind_Debug()
{
REGISTER_METHOD(AddPersistentSphere);
REGISTER_METHOD(AddDirection);
REGISTER_METHOD(AddPersistentText2D);
REGISTER_METHOD(AddPersistentLine);
REGISTER_METHOD(AddAABB);
}
bool nsScriptableObjectOverwolfSample::Init() {
REGISTER_METHOD("echo", nsScriptableObjectOverwolfSample::Echo);
REGISTER_METHOD("add", nsScriptableObjectOverwolfSample::Add);
sample_property_ = 42;
thread_.reset(new utils::Thread());
return thread_->Start();
}
CScriptbind_ScriptTable::CScriptbind_ScriptTable()
{
REGISTER_METHOD(GetScriptTable);
REGISTER_METHOD(GetSubScriptTable);
REGISTER_METHOD(CallMethod);
REGISTER_METHOD(GetValue);
REGISTER_METHOD(ExecuteBuffer);
}
/// called by Register(), registers object-methods (see cLuaBind constructor for examples)
virtual void RegisterMethods (lua_State *L) { PROFILE
#define REGISTER_METHOD(methodname) mlMethod.push_back(make_luaL_reg(#methodname,&cViewport_L::methodname));
REGISTER_METHOD(Destroy);
REGISTER_METHOD(SetOverlaysEnabled);
REGISTER_METHOD(GetActualWidth);
REGISTER_METHOD(GetActualHeight);
REGISTER_METHOD(SetBackCol);
lua_register(L,"CreateRTTViewport", &cViewport_L::CreateRTTViewport);
lua_register(L,"GetMainViewport", &cViewport_L::GetMainViewport);
}
INT16 CLPCproc::AutoRegisterWords()
{
DEBUGMSG(-1,"CLPCproc::AutoRegisterWords",0,0,0);
IF_NOK(inherited::AutoRegisterWords()) return NOT_EXEC;
//{{CGEN_REGISTERWORDS
REGISTER_METHOD("-analyze","",LPMF(CLPCproc,OnAnalyze),"Run LPC analysis.",0,"<data idSignal> <data idPitch> <data idReal> <data idImag> <LPCproc this>","")
REGISTER_METHOD("-status","",LPMF(CLPCproc,Status),"Display status information.",0,"<LPCproc this>","")
REGISTER_FIELD("coeff","",LPMV(m_nCoeff),NULL,"Number of LPC coefficients.",0,2002,1,"short",(INT16)50)
REGISTER_FIELD("mem_lpc","",LPMV(m_lpMemLpc),NULL,"synthesis filter states",FF_HIDDEN | FF_NOSAVE,6000,1,"double*",NULL)
//}}CGEN_REGISTERWORDS
return O_K;
}
extern "C" int main(void) {
// create a class with the given name:
gmu_bufgranul::makeMaxClass("gmu.bufgranul~");
//REGISTER_METHOD(gmu_bufgranul, bang);
REGISTER_METHOD_GIMME(gmu_bufgranul, grain);
REGISTER_METHOD_GIMME(gmu_bufgranul, spat);
REGISTER_METHOD_GIMME(gmu_bufgranul, env);
REGISTER_METHOD_GIMME(gmu_bufgranul, buffer);
REGISTER_METHOD(gmu_bufgranul, clear);
REGISTER_METHOD(gmu_bufgranul, infos);
post("Copyright © 2011 gmu.bufgranul~ v3.0 RifRaf GMEM Marseille F") ;
post("build %s %s",__DATE__,__TIME__);
}
CScriptbind_Physics::CScriptbind_Physics()
{
REGISTER_METHOD(GetPhysicalEntity);
REGISTER_METHOD(GetPhysicalEntityType);
REGISTER_METHOD(Physicalize);
REGISTER_METHOD(Sleep);
REGISTER_METHOD(GetVelocity);
REGISTER_METHOD(SetVelocity);
REGISTER_METHOD(RayWorldIntersection);
REGISTER_METHOD(SimulateExplosion);
REGISTER_METHOD_NAME(PhysicalEntityAction, "ActionImpulse");
REGISTER_METHOD_NAME(GetPhysicalEntityStatus, "GetLivingEntityStatus");
REGISTER_METHOD_NAME(GetPhysicalEntityStatus, "GetDynamicsEntityStatus");
REGISTER_METHOD_NAME(SetPhysicalEntityParams, "SetParticleParams");
REGISTER_METHOD_NAME(GetPhysicalEntityParams, "GetParticleParams");
REGISTER_METHOD_NAME(SetPhysicalEntityParams, "SetFlagParams");
REGISTER_METHOD_NAME(GetPhysicalEntityParams, "GetFlagParams");
REGISTER_METHOD_NAME(SetPhysicalEntityParams, "SetSimulationParams");
REGISTER_METHOD_NAME(GetPhysicalEntityParams, "GetSimulationParams");
}
INT16 CCPproc::AutoRegisterWords()
{
DEBUGMSG(-1,"CCPproc::AutoRegisterWords",0,0,0);
IF_NOK(inherited::AutoRegisterWords()) return NOT_EXEC;
//{{CGEN_REGISTERWORDS
REGISTER_METHOD("-analyze","",LPMF(CCPproc,OnAnalyze),"Run cepstral analysis.",0,"<data idSignal> <data idPitch> <data idReal> <data idImag> <CPproc this>","")
REGISTER_METHOD("-dequantize","",LPMF(CCPproc,Dequantize),"This is the inverse of -quantize.",0,"<data idFea> <int first> <int count> <int bitwidth> <CPproc this>","")
REGISTER_METHOD("-quantize","",LPMF(CCPproc,Quantize),"Feature dependent quantization for (lossy) converting to fixpoint type of specified bit width.",0,"<data idFea> <int first> <int count> <int bitwidth> <CPproc this>","")
REGISTER_METHOD("-status","",LPMF(CCPproc,Status),"Display status information.",0,"<CPproc this>","")
REGISTER_FIELD("warptype","",LPMV(m_lpsWarptype),NULL,"Type of cepstral warping.",0,255,255,"char[255]","none")
REGISTER_ERROR("~e8_1_0__1",EL_ERROR,CP_WARPTYPE,"Warp type %s is not applicable to the desired analysis type.")
//}}CGEN_REGISTERWORDS
return O_K;
}
INT16 CFWTproc::AutoRegisterWords()
{
DEBUGMSG(-1,"CFWTproc::AutoRegisterWords",0,0,0);
IF_NOK(inherited::AutoRegisterWords()) return NOT_EXEC;
//{{CGEN_REGISTERWORDS
REGISTER_METHOD("-analyze","",LPMF(CFWTproc,OnAnalyze),"Run DWT.",0,"<data idSignal> <data idPitch> <data idReal> <data idImag> <FWTproc this>","")
REGISTER_METHOD("-get_coef","",LPMF(CFWTproc,OnGetCoef),"Get scaling function coefficients of configured wavelet type ({@link wvltype})",0,"<data idCoef> <FWTproc this>","")
REGISTER_METHOD("-synthesize","",LPMF(CFWTproc,OnSynthesize),"Convert scaling function and wavelet coefficients to signal.",0,"<data idTrans> <data idSignal> <FWTproc this>","")
REGISTER_FIELD("level","",LPMV(m_nLevel),NULL,"Transformation detail level. (max. level (default) = -1; If defined level is greater then possible transformation depth, transformation provides with max. detail level.)",0,2002,1,"short",(INT16)-1)
REGISTER_FIELD("wvltype","",LPMV(m_lpsWvltype),NULL,"Wavelet type (available values: haar,d2,d4,d6,...,d20)",0,5000,1,"string","d4")
REGISTER_ERROR("~e8_1_0__1",EL_ERROR,FWT_DIM_ERROR,"Length of frame %d isn't 2^n.")
//}}CGEN_REGISTERWORDS
return O_K;
}
INT16 CFFTproc::AutoRegisterWords()
{
DEBUGMSG(-1,"CFFTproc::AutoRegisterWords",0,0,0);
IF_NOK(inherited::AutoRegisterWords()) return NOT_EXEC;
//{{CGEN_REGISTERWORDS
REGISTER_METHOD("-analyze","",LPMF(CFFTproc,OnAnalyze),"Run FFT.",0,"<data idSignal> <data idPitch> <data idReal> <data idImag> <FFTproc this>","")
REGISTER_METHOD("-warp","",LPMF(CFFTproc,OnWarp),"Warping",0,"<data in> <data out> <double lambda> <int odim> <FFTproc this>","")
REGISTER_OPTION("/lmag","",LPMV(m_bLmag),LPMF(CFFTproc,OnLmagSet),"Compute logarithm of magnitude spectrum rather than complex spectrum.",0)
REGISTER_OPTION("/mag","",LPMV(m_bMag),LPMF(CFFTproc,OnMagSet),"Compute magnitude spectrum rather than complex spectrum.",0)
REGISTER_OPTION("/nse","",LPMV(m_bNse),NULL,"Enable noise reduction",0)
REGISTER_FIELD("order","",LPMV(m_nOrder),LPMF(CFFTproc,OnOrderChanged),"FFT analysis order. Adjusts analysis length to 2^order if set.",0,2002,1,"short",(INT16)9)
//}}CGEN_REGISTERWORDS
return O_K;
}
void modRSEncode_Interface::register_methods(xmlrpc_c::registryPtr& rpcRegistry) {
ACE_TRACE("modRSEncode_Interface::register_methods");
TEMPLATE_REGISTER_METHODS(modRSEncode, modRSEncode_Interface);
REGISTER_ACCESSOR_METHODS(maxErrorsPerCodeWord, modRSEncode, MaxErrorsPerCodeWord);
REGISTER_ACCESSOR_METHODS(interleavingDepth, modRSEncode, InterleavingDepth);
REGISTER_METHOD(rebuild_encoder, "modRSEncode.rebuildEncoder");
}
CInput::CInput()
{
REGISTER_METHOD(RegisterAction);
gEnv->pGameFramework->GetIActionMapManager()->AddExtraActionListener(this);
gEnv->pHardwareMouse->AddListener(this);
gEnv->pInput->AddEventListener(this);
}
/// called by Register(), registers object-methods (see cLuaBind constructor for examples)
virtual void RegisterMethods (lua_State *L) { PROFILE
// mlMethod.push_back((struct luaL_reg){"Meemba", cWidget_L::Get});
// lua_register(L,"MyGlobalFun", MyGlobalFun);
// lua_register(L,"MyStaticMethod", &cSomeClass::MyStaticMethod);
lua_register(L,"GetWidgetUnderPos", &cWidget_L::GetWidgetUnderPos);
#define REGISTER_METHOD(methodname) mlMethod.push_back(make_luaL_reg(#methodname,&cWidget_L::methodname));
REGISTER_METHOD(Destroy);
REGISTER_METHOD(CreateChild);
REGISTER_METHOD(UpdateClip);
REGISTER_METHOD(SetBitMask);
REGISTER_METHOD(IsUnderPos);
#undef REGISTER_METHOD
}
C74_EXPORT int main(void) {
// create a class with the given name:
Chordid::makeMaxClass("chordid~");
REGISTER_METHOD(Chordid, bang);
REGISTER_METHOD_GIMME(Chordid, rate);
REGISTER_METHOD_GIMME(Chordid, rms);
REGISTER_METHOD_ASSIST(Chordid, assist);
}
CActorSystem::CActorSystem()
{
REGISTER_METHOD(GetPlayerHealth);
REGISTER_METHOD(SetPlayerHealth);
REGISTER_METHOD(GetPlayerMaxHealth);
REGISTER_METHOD(SetPlayerMaxHealth);
REGISTER_METHOD(GetActorInfoByChannelId);
REGISTER_METHOD(GetActorInfoById);
REGISTER_METHOD(RegisterActorClass);
REGISTER_METHOD(CreateActor);
REGISTER_METHOD(RemoveActor);
REGISTER_METHOD(GetClientActorId);
gEnv->pEntitySystem->AddSink(this, IEntitySystem::OnSpawn, 0);
}
void devTcp4Client_Interface::register_methods(xmlrpc_c::registryPtr& rpcRegistry) {
ACE_TRACE("devTcp4Client_Interface::register_methods");
DEV_TEMPLATE_REGISTER_METHODS(devTcp4Client, devTcp4Client_Interface);
REGISTER_METHOD(client_create, "devTcp4Client.create");
// REGISTER_METHOD(client_remove, "devTcp4Client.remove");
REGISTER_METHOD(client_is_connected, "devTcp4Client.isConnected");
REGISTER_METHOD(client_set_address, "devTcp4Client.setAddress");
REGISTER_METHOD(client_get_address, "devTcp4Client.getAddress");
REGISTER_METHOD(client_set_port, "devTcp4Client.setPort");
REGISTER_METHOD(client_get_port, "devTcp4Client.getPort");
REGISTER_METHOD(client_set_ms_between_attempts, "devTcp4Client.setMsBetweenAttempts");
REGISTER_METHOD(client_get_ms_between_attempts, "devTcp4Client.getMsBetweenAttempts");
REGISTER_METHOD(client_open_connection, "devTcp4Client.openConnection");
}
CScriptbind_Input::CScriptbind_Input()
{
REGISTER_METHOD(RegisterAction);
g_pScriptSystem->GetIGameFramework()->GetIActionMapManager()->AddExtraActionListener(this);
gEnv->pHardwareMouse->AddListener(this);
if(gEnv->pInput)
gEnv->pInput->AddEventListener(this);
}
void modEmulateRate_Interface::register_methods(xmlrpc_c::registryPtr& rpcRegistry) {
ACE_TRACE("modEmulateRate_Interface::register_methods");
TEMPLATE_REGISTER_METHODS(modEmulateRate, modEmulateRate_Interface);
REGISTER_ACCESSOR_METHODS(rate_limit, modEmulateRate, RateLimit);
REGISTER_ACCESSOR_METHODS(unlimited_throughput, modEmulateRate, UnlimitedThroughput);
REGISTER_ACCESSOR_METHODS(timeline_cycle_secs, modEmulateRate, TimeLineCycleSecs);
REGISTER_METHOD(clear_timeline, "modEmulateRate.clearTimeLine");
}
CScriptbind_Renderer::CScriptbind_Renderer()
{
REGISTER_METHOD(GetWidth);
REGISTER_METHOD(GetHeight);
REGISTER_METHOD(ScreenToWorld);
REGISTER_METHOD(DrawTextToScreen);
REGISTER_METHOD(LoadTexture);
REGISTER_METHOD(DrawTextureToScreen);
REGISTER_METHOD(CreateRenderTarget);
REGISTER_METHOD(DestroyRenderTarget);
REGISTER_METHOD(SetRenderTarget);
}
CScriptbind_Debug::CScriptbind_Debug()
{
REGISTER_METHOD(AddPersistentSphere);
REGISTER_METHOD(AddDirection);
REGISTER_METHOD(AddPersistentText2D);
REGISTER_METHOD(AddPersistentLine);
REGISTER_METHOD(AddAABB);
REGISTER_METHOD(CreateFrameProfiler);
REGISTER_METHOD(CreateFrameProfilerSection);
REGISTER_METHOD(DeleteFrameProfilerSection);
}
INT16 CHelloworld_AutoRegisterWords(CDlpObject* __this)
{
GET_THIS_VIRTUAL_RV(CHelloworld,NOT_EXEC);
DEBUGMSG(-1,"CHelloworld_AutoRegisterWords",0,0,0);
/* Call base class implementation */
IF_NOK(INVOKE_BASEINST_0(AutoRegisterWords)) return NOT_EXEC;
/*{{CGEN_REGISTERWORDS */
/* Register methods */
REGISTER_METHOD("-dm","",LPMF(CHelloworld,OnDm),"Delta modulation example",0,"<data idSrc> <long nOversample> <data idDst> <Helloworld this>","")
REGISTER_METHOD("-sayhello","",LPMF(CHelloworld,OnSayhello),"Says hello to the user.",0,"<Helloworld this>","")
/* Register options */
REGISTER_OPTION("/adm","",LPMV(m_bAdm),NULL,"Adaptive delta modulation (method -dm)",0)
REGISTER_OPTION("/german","",LPMV(m_bGerman),LPMF(CHelloworld,OnGermanSet),"switch to german",0)
/* Register fields */
REGISTER_FIELD("field_bool","",LPMV(m_fieldBool),NULL,"Just a field of type bool.",0,1000,1,"bool",(BOOL)0)
REGISTER_FIELD("field_char","",LPMV(m_fieldChar),NULL,"Just a field of type char.",0,2001,1,"char",(char)0)
REGISTER_FIELD("field_data","",LPMV(m_fieldData),NULL,"Just a field of type data.",0,6002,1,"data",NULL)
REGISTER_FIELD("field_double","",LPMV(m_fieldDouble),NULL,"Just a field of type double.",0,3008,1,"double",(FLOAT64)0.0)
REGISTER_FIELD("field_float","",LPMV(m_fieldFloat),NULL,"Just a field of type float.",0,3004,1,"float",(FLOAT32)0.0)
REGISTER_FIELD("field_long","",LPMV(m_fieldLong),NULL,"Just a field of type long.",0,2008,1,"long",(INT64)0)
REGISTER_FIELD("field_short","",LPMV(m_fieldShort),NULL,"Just a field of type short.",0,2002,1,"short",(INT16)0)
REGISTER_FIELD("field_uchar","",LPMV(m_fieldUchar),NULL,"Just a field of type unsigned char.",0,1001,1,"unsigned char",(UINT8)0)
REGISTER_FIELD("field_ulong","",LPMV(m_fieldUlong),NULL,"Just a field of type unsigned long.",0,1008,1,"unsigned long",(UINT64)0)
REGISTER_FIELD("field_ushort","",LPMV(m_fieldUshort),NULL,"Just a field of type unsigned short.",0,1002,1,"unsigned short",(UINT16)0)
REGISTER_FIELD("greeting_english","",LPMV(m_greetingEnglish),LPMF(CHelloworld,OnGreetingEnglishChanged),"English greeting text.",0,5000,1,"string","Hello World!")
REGISTER_FIELD("greeting_german","",LPMV(m_greetingGerman),LPMF(CHelloworld,OnGreetingGermanChanged),"German greeting text.",0,5000,1,"string","Hallo Welt!")
/* Register errors */
REGISTER_ERROR("~e1_0_0__1",EL_ERROR,PAR_ERROR,"Failed to set parameter %s.")
/*}}CGEN_REGISTERWORDS */
return O_K;
}
C74_EXPORT int main(void) {
MIDI4L::makeMaxClass("midi4l");
REGISTER_METHOD_ASSIST(MIDI4L, assist);
REGISTER_METHOD(MIDI4L, bang);
REGISTER_METHOD_GIMME(MIDI4L, anything);
//REGISTER_INLET_LONG(MIDI4L, testint);
REGISTER_METHOD_GIMME(MIDI4L, send);
REGISTER_METHOD_GIMME(MIDI4L, input);
REGISTER_METHOD_GIMME(MIDI4L, output);
}
static WrenForeignMethodFn bindForeignMethod(
WrenVM* vm, const char* module, const char* className,
bool isStatic, const char* signature)
{
if (strcmp(module, "main") != 0) return NULL;
// For convenience, concatenate all of the method qualifiers into a single
// signature string.
char fullName[256];
fullName[0] = '\0';
if (isStatic) strcat(fullName, "static ");
strcat(fullName, className);
strcat(fullName, ".");
strcat(fullName, signature);
REGISTER_METHOD(foreign_class, foreignClass);
REGISTER_METHOD(returns, returns);
REGISTER_METHOD(value, value);
fprintf(stderr,
"Unknown foreign method '%s' for test '%s'\n", fullName, testName);
exit(1);
return NULL;
}
INT16 CFvrtools_AutoRegisterWords(CDlpObject* __this)
{
GET_THIS_VIRTUAL_RV(CFvrtools,NOT_EXEC);
DEBUGMSG(-1,"CFvrtools_AutoRegisterWords",0,0,0);
/* Call base class implementation */
IF_NOK(INVOKE_BASEINST_0(AutoRegisterWords)) return NOT_EXEC;
/*{{CGEN_REGISTERWORDS */
/* Register methods */
REGISTER_METHOD("-from_string","",LPMF(CFvrtools,OnFromString),"Creates a (weighted) FVR from a string representation",0,"<string src> <fst itFvr> <fvrtools this>","")
REGISTER_METHOD("-is_fvr","",LPMF(CFvrtools,OnIsFvr),"Determines if the argument is an FVR",0,"<int nU> <fst itFvr> <fvrtools this>","")
REGISTER_METHOD("-synthesize","",LPMF(CFvrtools,OnSynthesize),"Creates a list of all possible combinations from a FVR",0,"<fst itDst> <fst itFvr> <fvrtools this>","")
/* Register errors */
REGISTER_ERROR("~e1_0_0__1",EL_ERROR,FVRT_SEQSYNTAX,"FVR string or sequence syntax error (%s)")
REGISTER_ERROR("~e2_0_0__1",EL_ERROR,FVRT_NOTFVR,"'%s' is not a feature-value relation")
REGISTER_ERROR("~e3_0_0__1",EL_WARNING,FVRT_EXTRATIS,"Ignored extra input symbol '%s' at transition %ld")
REGISTER_ERROR("~e4_0_0__1",EL_WARNING,FVRT_NOTIS,"No input symbol at transition %ld")
/*}}CGEN_REGISTERWORDS */
return O_K;
}
