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00038 #if !defined(oaTech_P)
00039 #define oaTech_P
00040
00041
00042
00043
00044
00045
00046 #include "oaConstraintGroup.h"
00047 #include "oaConstraintGroupHeader.h"
00048 #include "oaConstraintGroupDef.h"
00049 #include "oaView.h"
00050 #include "oaTechCollection.h"
00051 #include "oaTechHeader.h"
00052 #include "oaSaveRecover.h"
00053
00054
00055
00056
00057
00058
00059 BEGIN_OA_NAMESPACE
00060
00061
00062
00063
00064
00065
00066 #define oavNumClearanceMeasureTypes 2
00067
00068 enum oaClearanceMeasureEnum {
00069 oacEuclidianClearanceMeasure = 0,
00070 oacMaxXYClearanceMeasure = 1
00071 };
00072
00073
00074
00075
00076
00077
00078 class OA_TECH_DLL_API oaClearanceMeasure {
00079 public:
00080 oaClearanceMeasure(oaClearanceMeasureEnum valueIn);
00081 oaClearanceMeasure(const oaString &name);
00082 ~oaClearanceMeasure();
00083
00084 const oaString &getName() const;
00085
00086 operator oaClearanceMeasureEnum() const;
00087
00088 private:
00089 oaClearanceMeasureEnum value;
00090
00091 static const oaString names[];
00092 };
00093
00094
00095
00096
00097
00098
00099 #define oavNumUserUnitsTypes 7
00100
00101 enum oaUserUnitsTypeEnum {
00102 oacMicron = 0,
00103 oacMillimeter = 1,
00104 oacCentimeter = 2,
00105 oacMeter = 3,
00106 oacMil = 4,
00107 oacInch = 5,
00108 oacNanometer = 6
00109 };
00110
00111
00112
00113
00114
00115
00116 class OA_TECH_DLL_API oaUserUnitsType {
00117 public:
00118 oaUserUnitsType(oaUserUnitsTypeEnum valueIn);
00119 oaUserUnitsType(const oaString &name);
00120 ~oaUserUnitsType();
00121
00122 const oaString &getName() const;
00123
00124 operator oaUserUnitsTypeEnum() const;
00125
00126 private:
00127 oaUserUnitsTypeEnum value;
00128
00129 static const oaString names[];
00130 };
00131
00132
00133
00134
00135
00136
00137 class OA_TECH_DLL_API oaTechArray : public oaArray<oaTech*> {
00138 public:
00139 oaTechArray(oaUInt4 sizeIn = 0);
00140 };
00141
00142
00143
00144
00145
00146
00147 #define oavNumAntennaModelEnums 4
00148
00149 enum oaAntennaModelEnum {
00150 oacDefaultAntennaModel = 0,
00151 oacSecondAntennaModel = 1,
00152 oacThirdAntennaModel = 2,
00153 oacFourthAntennaModel = 3
00154 };
00155
00156
00157
00158
00159
00160
00161 class OA_TECH_DLL_API oaAntennaModel {
00162 public:
00163 oaAntennaModel(oaAntennaModelEnum valueIn);
00164 oaAntennaModel(const oaString &name);
00165 ~oaAntennaModel();
00166
00167 const oaString &getName() const;
00168
00169 operator oaAntennaModelEnum() const;
00170
00171 private:
00172 oaAntennaModelEnum value;
00173
00174 static const oaString names[];
00175 };
00176
00177
00178
00179
00180
00181
00182 class OA_TECH_DLL_API oaTech : public oaTechObject {
00183 public:
00184 static oaTech *create(const oaScalarName &libName);
00185 static oaTech *create(oaLib *lib);
00186
00187 static oaTech *open(const oaScalarName &libName,
00188 oaChar mode = 'r');
00189 static oaTech *open(oaLib *lib,
00190 oaChar mode = 'r');
00191 static oaTech *recover(const oaScalarName &libName,
00192 oaSaveRecoverType type);
00193
00194 static oaTech *find(const oaScalarName &libName);
00195 static oaTech *find(const oaLib *lib);
00196
00197 static void destroy(const oaScalarName &libName);
00198 static void destroy(oaLib *lib);
00199 static void destroy(const oaScalarName &libName,
00200 oaSaveRecoverType type);
00201
00202 static oaBoolean exists(const oaScalarName &libName,
00203 oaBoolean inherited = true);
00204 static oaBoolean exists(oaLib *lib,
00205 oaBoolean inherited = true);
00206 static oaBoolean exists(const oaScalarName &libName,
00207 oaSaveRecoverType type);
00208 static oaBoolean exists(oaLib *lib,
00209 oaSaveRecoverType type);
00210
00211 void close();
00212 void purge();
00213 void save();
00214 void save(oaSaveRecoverType type);
00215 void saveAs(const oaScalarName &libName);
00216 void reopen(oaChar mode);
00217 void revert();
00218
00219 void getLibName(oaScalarName &libName) const;
00220
00221 void getLibName(const oaNameSpace &ns,
00222 oaString &out) const;
00223
00224 oaLib *getLib() const;
00225
00226 oaTime getCreateTime() const;
00227 oaTime getReadInTime() const;
00228 oaTime getLastSavedTime() const;
00229 oaTimeStamp getTimeStamp(oaTechDataType type) const;
00230 oaTimeStamp getTimeStamp(oaAppObjectDef *def) const;
00231 void enableTimeStamps(oaBoolean value = true);
00232 oaChar getMode() const;
00233 oaUInt4 getRefCount() const;
00234 oaBoolean isModified() const;
00235 oaBoolean isRecovered() const;
00236 oaUInt4 getDBUPerUU(const oaViewType *viewType) const;
00237 oaUInt4 getDBUPerUU(const oaViewType *viewType,
00238 oaBoolean local) const;
00239 oaUserUnitsType getUserUnits(const oaViewType *viewType) const;
00240 oaUserUnitsType getUserUnits(const oaViewType *viewType,
00241 oaBoolean local) const;
00242 oaClearanceMeasure getClearanceMeasure() const;
00243 oaClearanceMeasure getClearanceMeasure(oaBoolean local) const;
00244 oaDist getDefaultManufacturingGrid() const;
00245 oaDist getDefaultManufacturingGrid(oaBoolean local) const;
00246 oaBoolean isGateGrounded() const;
00247 oaBoolean isGateGrounded(oaBoolean local) const;
00248 void getTechHeaders(oaTechHeaderArray &refHeaders,
00249 oaBoolean local = false) const;
00250
00251 oaBoolean hasUnboundRefs() const;
00252
00253 void setDBUPerUU(const oaViewType *viewType,
00254 oaUInt4 value);
00255 void setUserUnits(const oaViewType *viewType,
00256 oaUserUnitsType value);
00257 void setClearanceMeasure(oaClearanceMeasure measure);
00258 void setDefaultManufacturingGrid(oaDist grid);
00259 void setGateGrounded(oaBoolean gateGrounded);
00260
00261 void unsetDBUPerUU(const oaViewType *viewType);
00262 void unsetUserUnits(const oaViewType *viewType);
00263 void unsetClearanceMeasure();
00264 void unsetDefaultManufacturingGrid();
00265 void unsetGateGrounded();
00266
00267 oaBoolean isDBUPerUUSet(const oaViewType *viewType) const;
00268 oaBoolean isUserUnitsSet(const oaViewType *viewType) const;
00269 oaBoolean isClearanceMeasureSet() const;
00270 oaBoolean isDefaultManufacturingGridSet() const;
00271 oaBoolean isGateGroundedSet() const;
00272
00273 void setRefs(const oaTechArray &refs);
00274 void unsetRefs();
00275
00276 void setProcessFamily(const oaString &processFamily);
00277 void unsetProcessFamily();
00278 void getProcessFamily(oaString &processFamily,
00279 oaBoolean local = false) const;
00280 oaBoolean hasProcessFamily(oaBoolean local = false) const;
00281
00282 oaBoolean validate() const;
00283
00284 oaInt4 uuToDBU(const oaViewType *viewType,
00285 oaDouble value);
00286 oaUInt4 uuToDBUDistance(const oaViewType *viewType,
00287 oaDouble value);
00288 oaUInt8 uuToDBUArea(const oaViewType *viewType,
00289 oaDouble value);
00290
00291 oaDouble dbuToUU(const oaViewType *viewType,
00292 oaInt4 value);
00293 oaDouble dbuToUUDistance(const oaViewType *viewType,
00294 oaUInt4 value);
00295 oaDouble dbuToUUArea(const oaViewType *viewType,
00296 oaUInt8 value);
00297
00298 void enableUndo(oaBoolean value,
00299 oaUndoModelEnum undoModel);
00300
00301 void redo();
00302 void undo();
00303
00304 oaBoolean isUndoEnabled() const;
00305 oaBoolean isInUndo() const;
00306
00307 void setCp(oaUInt4 checkPointID = UINT_MAX);
00308 void unsetCp();
00309
00310 oaUInt4 getNumUndoCpRecs() const;
00311 oaUInt4 getCpID() const;
00312 oaUInt4 getNumUndoRecsOnCp() const;
00313
00314 oaUndoModelEnum getUndoModel() const;
00315
00316 oaUInt8 calcVMSize() const;
00317 void minimizeVM();
00318
00319 oaBoolean hasDefaultConstraintGroup() const;
00320 oaConstraintGroup *getDefaultConstraintGroup() const;
00321 oaConstraintGroup *getFoundryRules() const;
00322
00323 static oaUInt4 getDefaultDBUPerUU(const oaViewType *viewType);
00324 static oaUserUnitsType getDefaultUserUnits(const oaViewType *viewType);
00325 static oaDist getDefaultDefaultManufacturingGrid();
00326 static oaClearanceMeasure getDefaultClearanceMeasure();
00327 static oaBoolean getDefaultIsGateGrounded();
00328
00329 static void attach(oaLib *lib,
00330 const oaScalarName &attachLibName);
00331 static void detach(oaLib *lib);
00332
00333 static oaBoolean hasAttachment(const oaLib *lib);
00334 static void getAttachment(const oaLib *lib,
00335 oaScalarName &attachLibName);
00336
00337 static oaUInt4 getRevNumber();
00338
00339 void getFeatures(oaUInt4 &dataModelRev,
00340 oaFeatureArray &features);
00341
00342 oaCollection<oaAnalysisLib, oaTech> getAnalysisLibs() const;
00343 oaCollection<oaAnalysisLib, oaTech> getAnalysisLibs(oaUInt4 filterFlags) const;
00344 oaCollection<oaLayer, oaTech> getLayers() const;
00345 oaCollection<oaLayer, oaTech> getLayers(oaUInt4 filterFlags) const;
00346 oaCollection<oaOpPoint, oaTech> getOpPoints() const;
00347 oaCollection<oaOpPoint, oaTech> getOpPoints(oaUInt4 filterFlags) const;
00348 oaCollection<oaPurpose, oaTech> getPurposes() const;
00349 oaCollection<oaPurpose, oaTech> getPurposes(oaUInt4 filterFlags) const;
00350 oaCollection<oaSiteDef, oaTech> getSiteDefs() const;
00351 oaCollection<oaSiteDef, oaTech> getSiteDefs(oaUInt4 filterFlags) const;
00352 oaCollection<oaValue, oaTech> getValues() const;
00353 oaCollection<oaValue, oaTech> getValues(oaUInt4 filterFlags) const;
00354 oaCollection<oaViaDef, oaTech> getViaDefs() const;
00355 oaCollection<oaViaDef, oaTech> getViaDefs(oaUInt4 filterFlags) const;
00356 oaCollection<oaViaSpec, oaTech> getViaSpecs() const;
00357 oaCollection<oaViaSpec, oaTech> getViaSpecs(oaUInt4 filterFlags) const;
00358 oaCollection<oaViaVariant, oaTech> getViaVariants(oaUInt4 filterFlags = oacViaVariantIterAll) const;
00359 oaCollection<oaViaVariantHeader, oaTech> getViaVariantHeaders(oaUInt4 filterFlags = oacViaVariantHeaderIterAll) const;
00360
00361 oaCollection<oaTechLayerHeader, oaTech> getLayerHeaders() const;
00362 oaCollection<oaTechViaDefHeader, oaTech> getViaDefHeaders() const;
00363
00364 oaCollection<oaConstraint, oaTech> getConstraints(const oaConstraintDef *def = NULL) const;
00365 oaCollection<oaConstraint, oaTech> getConstraints(const oaConstraintDef *def,
00366 oaUInt4 filterFlags) const;
00367 oaCollection<oaConstraintGroup, oaTech> getConstraintGroups() const;
00368 oaCollection<oaConstraintGroup, oaTech> getConstraintGroups(oaUInt4 filterFlags) const;
00369 oaCollection<oaConstraintGroup, oaTech> getConstraintGroups(const oaConstraintGroupDef *def,
00370 oaUInt4 filterFlags = oacTechConstraintGroupIterAll) const;
00371
00372
00373 oaCollection<oaConstraintParam, oaTech> getConstraintParams() const;
00374 oaCollection<oaConstraintParam, oaTech> getConstraintParams(oaUInt4 filterFlags) const;
00375 oaCollection<oaConstraintGroupHeader, oaTech> getConstraintGroupHeaders() const;
00376
00377 oaCollection<oaDerivedLayerParam, oaTech> getDerivedLayerParams(oaUInt4 filterFlags = oacTechDerivedLayerParamIterAll) const;
00378
00379 oaCollection<oaAppObjectDef, oaTech> getAppObjectDefs() const;
00380 oaCollection<oaAppObject, oaTech> getAppObjects(const oaAppObjectDef *def) const;
00381 oaCollection<oaAppDef, oaTech> getAppDefsByDataType(oaTechDataType dataType) const;
00382
00383 oaCollection<oaGroup, oaTech> getGroups() const;
00384 oaCollection<oaGroup, oaTech> getGroups(oaGroupDef *def) const;
00385 oaCollection<oaGroup, oaTech> getGroupsByName(const oaString &name) const;
00386
00387 oaCollection<oaTechHeader, oaTech> getUsedIn() const;
00388
00389 static oaCollection<oaTech, oaTech> getOpenTechs();
00390
00391 enum {dtIndex = oacTechDataType};
00392 };
00393
00394
00395
00396
00397
00398
00399 template<>
00400 class oaTraits<oaTech> {
00401 public:
00402 typedef oaTechObject parentType;
00403 typedef oaTechModTypeEnum modTypeType;
00404 enum {dbType = oacTechDBType};
00405 enum {domain = oacNoDomain};
00406 enum {isMultiDomain = false};
00407 enum {isConcrete = true};
00408 enum {objectTypeEnumVal = oacTechType};
00409 enum {dtIndex = oacTechDataType};
00410 enum {dataTypeEnumVal = oacTechDataType};
00411 };
00412
00413
00414
00415 END_OA_NAMESPACE
00416
00417 #endif
