#include <fstream>
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#include "ModuleExport.h"
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ModuleEntry::ModuleEntry(const s8* name, u32 type ,Create create, ubool linkEnable)
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{
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module_type = type ;
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module_create = create;
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link_enable = linkEnable;
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//strcpy(this->name , name );
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}
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Create ModuleEntry::GetEntry()
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{
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return module_create;
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}
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ExportModules::ExportModules()
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{
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ModuleProcessLibInit();
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if (modules.empty()) {
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<<<<<<< HEAD
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modules.push_back(ModuleEntry("Input", ModuleType::PROC_INPUT, SignalSourceCreate, ufalse)); //SignalSource
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=======
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modules.push_back(ModuleEntry("SignalSource", ModuleType::PROC_INPUT, SignalSourceCreate, ufalse));
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>>>>>>> 0d5b7df96a2ee186b7b085dca9cf9a33f791c430
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// modules.push_back(ModuleEntry("Input",ModuleType::PROC_INPUT, InputCreate, ufalse));
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modules.push_back(ModuleEntry("Output",ModuleType::PROC_OUTPUT, OutputCreate, ufalse));
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modules.push_back(ModuleEntry("Meter",ModuleType::PROC_METER, MeterCreate, utrue));
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modules.push_back(ModuleEntry("Expander",ModuleType::PROC_EXPANDER, ExpanderCreate, utrue));
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modules.push_back(ModuleEntry("Compress",ModuleType::PROC_COMPRESS, CompressorCreate, utrue));
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modules.push_back(ModuleEntry("Limiter",ModuleType::PROC_LIMIT, LimiterCreate, utrue));
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modules.push_back(ModuleEntry("Mixer",ModuleType::PROC_MIXER, MixerCreate, ufalse));
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modules.push_back(ModuleEntry("Delay",ModuleType::PROC_DELAY, DelayCreate, utrue));
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modules.push_back(ModuleEntry("Gain",ModuleType::PROC_GAIN, GainCreate, utrue));
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modules.push_back(ModuleEntry("GainSharingmixer",ModuleType::PROC_AUTOMIXER, GSAMCreate, ufalse));
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modules.push_back(ModuleEntry("GatingMixer",ModuleType::PROC_GATING_AUTOMIXER, GatingAMCreate, ufalse));
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modules.push_back(ModuleEntry("SPL",ModuleType::PROC_CONTINUNOUS_SPL, ContinuousSPLCreate, utrue));
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//modules.push_back(ModuleEntry(ModuleType::GapSPL, InputCreate, 0.00));
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modules.push_back(ModuleEntry("Ducker",ModuleType::PROC_DUCKER, DuckerCreate, utrue));
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modules.push_back(ModuleEntry("AGC",ModuleType::PROC_AGC, AGCCreate, utrue));
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modules.push_back(ModuleEntry("SELECTOR",ModuleType::PROC_SELECTOR, MixerCreate, ufalse));
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modules.push_back(ModuleEntry("SignalGenerator",ModuleType::PROC_SIGNALGEN, SignalGeneraterCreate, utrue));
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modules.push_back(ModuleEntry("GATING",ModuleType::PROC_GATING, NoiseGateCreate,utrue));
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modules.push_back(ModuleEntry("ROUTE",ModuleType::PROC_ROUTE, RouteCreate,ufalse));
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modules.push_back(ModuleEntry("EQ",ModuleType::PROC_EQ, EQsCreate, utrue));
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modules.push_back(ModuleEntry("GEQ",ModuleType::PROC_GEQ, GEQCreate, utrue));
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modules.push_back(ModuleEntry("Crossover",ModuleType::PROC_CROSSOVER, CrossOverCreate, utrue));
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modules.push_back(ModuleEntry("nhs",ModuleType::PROC_FEEDBACK, NHSCreate, utrue));
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modules.push_back(ModuleEntry("aec",ModuleType::PROC_AEC, SQECreate, ufalse));
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modules.push_back(ModuleEntry("ans",ModuleType::PROC_ANS, ANSCreate, utrue));
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modules.push_back(ModuleEntry("Sysctrl",ModuleType::PROC_SYSCTL, SysctlCreate, ufalse));
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modules.push_back(ModuleEntry("FIR",ModuleType::PROC_FIR, FIRCreate,utrue));
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//modules.push_back(ModuleEntry("AFC",ModuleType::PROC_AFC, AFCCreate, utrue));
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modules.push_back(ModuleEntry("Pitch",ModuleType::PROC_PITCH, PitchCreate, utrue));
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modules.push_back(ModuleEntry("Reverb",ModuleType::PROC_REVERB, ReverbCreate, utrue));
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modules.push_back(ModuleEntry("Echo",ModuleType::PROC_ECHO, EchoCreate, utrue));
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modules.push_back(ModuleEntry("DummyInput",ModuleType::DUMMY_INPUT, DummyCreate, ufalse));
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modules.push_back(ModuleEntry("DummyOutput",ModuleType::DUMMY_OUTPUT, DummyCreate, ufalse));
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}
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}
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ModuleEntry* ExportModules::GetModuleEntry(u32 moduleType)
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{
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for (std::vector<ModuleEntry>::iterator iter = modules.begin()
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; iter != modules.end()
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; iter++) {
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if (moduleType == iter->module_type) {
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ModuleEntry& m = *iter;
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return &m;
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}
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}
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return NULL;
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}
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