rock.idl

#include <orb.idl>
#include "common.idl"

module rock {
  
  struct RockStatus {
    long long timeCreated;
    long long timeLastAccessed;
    string status;
    string ior;
    long pid;
    long identifier;
    common::ClientData client;
  };

  interface dRock {
    enum fO2Type {fo2_none,fo2_hm,fo2_nno,fo2_qfm,fo2_iw};

    enum findRockLiquidusStatus {frl_success,frl_max_t,frl_min_t,frl_time};

    enum equilibrateStatus {equil_success,equil_quad_max,equil_lin_zero,
      equil_lin_max,equil_sat_max,equil_add_drop_max,equil_add_liquid_1,
      equil_add_liquid_2,equil_add_liquid_3,equil_rank,equil_solidus,
      equil_phase_rule,equil_time};

    void setTk(in double ltk);
    void setPa(in double lpa);
    void setlogfo2(in fO2Type mode,in double delta);
    void supressPhase(in short iphase);
    void enablePhase(in short iphase);
    void setIsenthalpic(in boolean i);
    void setIsentropic(in boolean i);
    void setIsochoric(in boolean i);
    void setBulkCompM(in CORBA::DoubleSeq bc);
    void setBulkCompW(in CORBA::DoubleSeq bc);
    void fractionateSolids(in double scale);
    void setVolume(in double v);
    void setEnthalpy(in double h);
    void setEntropy(in double s);

    double getTk();
    double getPa();
    short getNcomp();
    short getNLiqComp();
    short getNSolPhases();
    string getSolPhaseName(in short i);
    string getSolPhaseFormula(in short i, in short j);
    short getNSolComp(in short i);
    string getSolPhaseCompName(in short i, in short j);
    string getSolPhaseCompFormula(in short i, in short j);
    string getCompName(in short i);
    string getLiqCompName(in short i);
    CORBA::DoubleSeq getLiqComp();
    CORBA::DoubleSeq getLiqCompWt();
    CORBA::DoubleSeq getLiqMu();
    CORBA::DoubleSeq getLiqActivity();
    short getNSatSolid();
    CORBA::ShortSeq getSatSolidList();
    short getSolComp(in short iphase,in short instance,out CORBA::DoubleSeq sx);
    short getSolCompWt(in short iphase,in short instance,out CORBA::DoubleSeq sx);
    short getSolMu(in short iphase,in short instance,out CORBA::DoubleSeq smu);
    double getAffinity(in short iphase, out CORBA::DoubleSeq x);
    short getSolVbar(in short iphase,in short instance,out CORBA::DoubleSeq svbar);
    double getlogfo2();
    double getlogfo2relative(in fO2Type mode);
    CORBA::DoubleSeq getBulkCompM();
    CORBA::DoubleSeq getBulkCompW();
    double getLiquidMass();
    double getSolidMass();
    double getSolPhaseMass(in short iphase,in short instance);
    double getVolume();
    double getSolidGibbsFreeEnergyTotal();
    double getSolidEnthalpyTotal();
    double getSolidEntropyTotal();
    double getSolidHeatCapacityTotal();
    double getSolidVolumeTotal();
    double getSolidGibbsFreeEnergy(in short iphase,in short instance);
    double getSolidEnthalpy(in short iphase,in short instance);
    double getSolidEntropy(in short iphase,in short instance);
    double getSolidHeatCapacity(in short iphase,in short instance);
    double getSolidVolume(in short iphase,in short instance);
    double getSoliddVdT(in short iphase,in short instance);
    double getSoliddVdP(in short iphase,in short instance);
    double getDeltaOxygen();
    double getOxygenGibbsFreeEnergy();
    double getOxygenEnthalpy();
    double getOxygenEntropy();
    double getOxygenHeatCapacity();
    double getOxygenVolume();
    double getLiquidGibbsFreeEnergy();
    double getLiquidEnthalpy();
    double getLiquidEntropy();
    double getLiquidHeatCapacity();
    double getLiquidVolume();
    double getLiquiddVdT();
    double getLiquiddVdP();
    double getLiquidViscosity();

    // utility methods ////////////////////////////////////////////////
    short getPhaseNo(in string lab);
    boolean isSingleComponent(in short iphase);
    short getNumberCoexistPhase(in short iphase);
    short findRockLiquidus();
    short equilibrateRock();

    // cleanup and monitor methods ////////////////////////////////////
    long long getLastAccessTime();
    unsigned short isActive();
    string getStatus();
    void remove();
  };

  interface RockFactory {
    dRock spawnRock(in common::ClientData cd);
  };

  interface RockManager {
    typedef sequence<RockStatus> StatSeq;

    short getGracePeriod();
    void setGracePeriod(in short sec);

    void add(in dRock dpv,in long pid,in common::ClientData cd);

    short getNrock();

    StatSeq getStatus();

    double getLoad(in short p);

    long getFreeMemory();

    long getAllocatedMemory();

    void update();
    
    void remove(in long i);

    void apoptosize(in long i);
  };

};