Java tutorial
//===================================================================== // //File: $RCSfile: ArrayBaseTest_Generics.java,v $ //Version: $Revision: 1.5 $ //Modified: $Date: 2013/01/10 23:00:35 $ // // NOTE: This file was generated, but is maintained by hand. // Generated by: UnitTestGenerator.pl // Version: 1.9 // Matrix: SingleDimensionFixedArrayAssigmentMatrix.txt // //(c) Copyright 2007-2014 by Mentor Graphics Corp. All rights reserved. // //===================================================================== // Licensed under the Apache License, Version 2.0 (the "License"); you may not // use this file except in compliance with the License. You may obtain a copy // of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, WITHOUT // WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the // License for the specific language governing permissions and limitations under // the License. //===================================================================== package com.mentor.nucleus.bp.als.oal.test; import java.io.StringReader; import java.util.regex.*; import org.eclipse.jface.preference.IPreferenceStore; import org.eclipse.ui.IEditorPart; import org.eclipse.ui.IEditorPart; import antlr.RecognitionException; import antlr.TokenStreamException; import antlr.TokenStreamRecognitionException; import com.mentor.nucleus.bp.als.oal.OalLexer; import com.mentor.nucleus.bp.als.oal.OalParser; import com.mentor.nucleus.bp.als.oal.Oal_validate; import com.mentor.nucleus.bp.core.*; import com.mentor.nucleus.bp.core.common.BridgePointPreferencesStore; import com.mentor.nucleus.bp.core.common.ClassQueryInterface_c; import com.mentor.nucleus.bp.core.common.NonRootModelElement; import com.mentor.nucleus.bp.core.common.PersistableModelComponent; import com.mentor.nucleus.bp.core.util.DomainUtil; import com.mentor.nucleus.bp.test.common.*; import com.mentor.nucleus.bp.ui.canvas.*; import com.mentor.nucleus.bp.ui.graphics.editor.*; import com.mentor.nucleus.bp.ui.canvas.test.*; import com.mentor.nucleus.bp.ui.graphics.editor.GraphicalEditor; public class ArrayBaseTest_Generics extends CanvasTest { public static boolean generateResults = false; private static boolean m_requiresClear = false; private static int m_funcType = 0; private static int m_funcNum = 0; static public Ooaofooa arrayModelRoot; protected final String projectName = "APVT"; String test_id = ""; protected String getResultName() { return getClass().getSimpleName() + "_" + test_id; } protected GraphicalEditor fActiveEditor; protected GraphicalEditor getActiveEditor() { return fActiveEditor; } public ArrayBaseTest_Generics(String subTypeClassName, String subTypeArg0) { super(subTypeClassName, subTypeArg0); } protected String getTestId(String src, String dest, String count) { return "test_" + count; } protected void setUp() throws Exception { super.setUp(); String componentPackageName = "Arrays"; PersistableModelComponent domainComponentPackage = ensureAvailableAndLoaded(projectName, componentPackageName, false, false, "Component Package"); arrayModelRoot = (Ooaofooa) domainComponentPackage.getRootModelElement().getModelRoot(); IPreferenceStore store = CorePlugin.getDefault().getPreferenceStore(); store.setValue(BridgePointPreferencesStore.ALLOW_IMPLICIT_COMPONENT_ADDRESSING, true); class ComponentNameTest implements ClassQueryInterface_c { public boolean evaluate(Object candidate) { Component_c selected = (Component_c) candidate; return selected.getName().equals("SingleDimensionFixedArrays"); } } Component_c comp = Component_c.ComponentInstance(arrayModelRoot, new ComponentNameTest()); populateFunctionInstances(); populateBridgeInstances(); class Object_test1_c implements ClassQueryInterface_c { Object_test1_c(String id) { m_id = id; } private String m_id; public boolean evaluate(Object inst) { ModelClass_c selected = (ModelClass_c) inst; return selected.getKey_lett().equals(m_id); } } ModelClass_c testObj = ModelClass_c.ModelClassInstance(arrayModelRoot, new Object_test1_c("A_T"));//$NON-NLS-1$ populateTransformerInstances(testObj, false); populateInterfaceOperationInstances(comp, "Port1", true); populateInterfaceOperationInstances(comp, "Port2", false); populateArrayStateActionInstances(); } protected void tearDown() throws Exception { try { super.tearDown(); ArrayBaseTest_Generics.tearDownActionData(); } catch (RecognitionException re) { // do nothing } catch (TokenStreamException te) { // do nothing } } static public void tearDownActionData() throws RecognitionException, TokenStreamException { if (m_requiresClear) { clearActionData(m_funcType, m_funcNum); } } final static String Failure1 = "Undetected error : Variable already exists as a different type"; final static String Failure2 = "Undetected error : Variable has incompatible array depth"; final static String Failure3 = "Undetected error : Variable has index out of bound"; final static String Failure4 = "Undetected error : Variable has an incompatible array length for dimension 0"; final static String Failure5 = "Undetected error : Negative array indexes are not allowed"; final static String Failure6 = "Undetected error : The rvalue contains an Array Index Out of Bounds"; final static String Failure7 = "Undetected error : The rvalue has incompatible array depth"; final static String ParamFailure1 = "Undetected error : Parameter has been assigned value of different type."; final static String ParamFailure2 = "Undetected error : Parameter has incompatible array depth."; final static String ParamFailure3 = "Undetected error : Parameter contains an Array Index Out of Bounds."; final static String ParamFailure4 = "Undetected error : Parameter has an incompatible array length for dimension 0"; final static String ReturnFailure1 = "Undetected error : Invalid data type returned for operation."; final static String ReturnFailure2 = "Undetected error : Return type has incompatible array depth."; final static String ReturnFailure4 = "Undetected error : Return type has an incompatible array length for dimension 0"; final static String Success = "Parser detects error where the OAL is correct"; static final int ACTIVITY_TYPE_FUNC = 0; static final int ACTIVITY_TYPE_BRG = 1; static final int ACTIVITY_TYPE_CB_OP = 2; static final int ACTIVITY_TYPE_INT_RO = 3; static final int ACTIVITY_TYPE_INT_PO = 4; static final int ACTIVITY_TYPE_ArraySTATE = 5; static public String parseAction(String stmts, int funcType, int funcNum) throws RecognitionException, TokenStreamException { // m_requiresClear = true; m_funcType = funcType; m_funcNum = funcNum; OalLexer lexer = new OalLexer(new StringReader(stmts)); OalParser parser; parser = new OalParser(arrayModelRoot, lexer); try { switch (funcType) { case ACTIVITY_TYPE_FUNC: parser.m_oal_context = new Oal_validate(DomainUtil.getDomain(m_testFunc[funcNum])); m_testFunc[funcNum].setAction_semantics_internal(stmts); parser.action(m_testFunc[funcNum].getSync_id(), Oalconstants_c.FUNCTION_TYPE); break; case ACTIVITY_TYPE_BRG: parser.m_oal_context = new Oal_validate(DomainUtil.getDomain(m_testBrg[funcNum])); m_testBrg[funcNum].setAction_semantics_internal(stmts); parser.action(m_testBrg[funcNum].getBrg_id(), Oalconstants_c.BRIDGE_TYPE); break; case ACTIVITY_TYPE_CB_OP: parser.m_oal_context = new Oal_validate(DomainUtil.getDomain(m_testCBTfr[funcNum])); m_testCBTfr[funcNum].setAction_semantics_internal(stmts); parser.action(m_testCBTfr[funcNum].getTfr_id(), Oalconstants_c.OPERATION_TYPE); break; case ACTIVITY_TYPE_INT_RO: parser.m_oal_context = new Oal_validate(DomainUtil.getDomain(m_testReqOpr[funcNum])); m_testReqOpr[funcNum].setAction_semantics_internal(stmts); parser.action(m_testReqOpr[funcNum].getId(), Oalconstants_c.REQ_OPERATION_TYPE); break; case ACTIVITY_TYPE_INT_PO: parser.m_oal_context = new Oal_validate(DomainUtil.getDomain(m_testProvOpr[funcNum])); m_testProvOpr[funcNum].setAction_semantics_internal(stmts); parser.action(m_testProvOpr[funcNum].getId(), Oalconstants_c.PROV_OPERATION_TYPE); break; case ACTIVITY_TYPE_ArraySTATE: parser.m_oal_context = new Oal_validate(DomainUtil.getDomain(m_arrayStateAction[funcNum])); TransitionActionBody_c tab2 = TransitionActionBody_c .getOneACT_TABOnR688(m_arrayStateAction[funcNum]); if (tab2 != null) { Body_c body = Body_c.getOneACT_ACTOnR698(tab2); body.Dispose(); } m_arrayStateAction[funcNum].setAction_semantics_internal(stmts); parser.action(m_arrayStateAction[funcNum].getAct_id(), Oalconstants_c.STATE_TYPE); break; default: fail("parseAction: Unknown Activity type constant"); } } catch (TokenStreamException e) { Block_c.Clearcurrentscope(arrayModelRoot, parser.m_oal_context.m_act_id); if (e instanceof TokenStreamRecognitionException) { TokenStreamRecognitionException tsre = (TokenStreamRecognitionException) e; parser.reportError(tsre.recog); } else { fail("Token stream exception in parser"); } } catch (RecognitionException e) { Block_c.Clearcurrentscope(arrayModelRoot, parser.m_oal_context.m_act_id); parser.reportError(e); } catch (InterruptedException ie) { } return parser.m_output; } static public void clearActionData(int funcType, int funcNum) throws RecognitionException, TokenStreamException { switch (funcType) { case ACTIVITY_TYPE_FUNC: Body_c actact = Body_c.getOneACT_ACTOnR698(FunctionBody_c.getOneACT_FNBOnR695(m_testFunc[funcNum])); if (actact != null) { actact.Clear_blocks(); } break; case ACTIVITY_TYPE_BRG: actact = Body_c.getOneACT_ACTOnR698(BridgeBody_c.getOneACT_BRBOnR697(m_testBrg[funcNum])); if (actact != null) { actact.Clear_blocks(); } break; case ACTIVITY_TYPE_CB_OP: actact = Body_c.getOneACT_ACTOnR698(OperationBody_c.getOneACT_OPBOnR696(m_testCBTfr[funcNum])); if (actact != null) { actact.Clear_blocks(); } break; case ACTIVITY_TYPE_INT_RO: actact = Body_c.getOneACT_ACTOnR698(RequiredOperationBody_c.getOneACT_ROBOnR685(m_testReqOpr[funcNum])); if (actact != null) { actact.Clear_blocks(); } break; case ACTIVITY_TYPE_INT_PO: actact = Body_c .getOneACT_ACTOnR698(ProvidedOperationBody_c.getOneACT_POBOnR687(m_testProvOpr[funcNum])); if (actact != null) { actact.Clear_blocks(); } break; case ACTIVITY_TYPE_ArraySTATE: actact = Body_c.getOneACT_ACTOnR698(StateActionBody_c.getOneACT_SABOnR691(m_arrayStateAction[funcNum])); if (actact != null) { actact.Clear_blocks(); } default: fail("clearAction: Unknown Activity type constant"); } m_requiresClear = false; } static public final int TEST_VOID_NO_PARM = 0; static public final int void_paramRef_int_SF_test1 = 1; static public final int void_paramRef_int_SF_test2 = 2; static public final int void_paramRef_int_SF_test3 = 3; static public final int int_SF_Param_test1 = 4; static public final int int_SF_Param_test2 = 5; static public final int int_SF_Param_test3 = 6; static private String funcs[] = { "testVoidNoParam", "voidParamRefIntSFtTest1", //$NON-NLS-2$ "voidParamRefIntSFtTest2", //$NON-NLS-1$ "voidParamRefIntSFtTest3", //$NON-NLS-1$ "intSFParamTest1", //$NON-NLS-1$ "intSFParamTest2", //$NON-NLS-1$ "intSFParamTest3" };//$NON-NLS-1$ public static Function_c[] m_testFunc = new Function_c[funcs.length]; public static Bridge_c[] m_testBrg = new Bridge_c[funcs.length]; public static Operation_c[] m_testCBTfr = new Operation_c[funcs.length]; public static Operation_c[] m_testIBTfr = new Operation_c[funcs.length]; public static RequiredOperation_c[] m_testReqOpr = new RequiredOperation_c[funcs.length]; public static ProvidedOperation_c[] m_testProvOpr = new ProvidedOperation_c[funcs.length]; private void populateInterfaceOperationInstances(Component_c comp, String portName, boolean Required) { Port_c[] ports = Port_c.getManyC_POsOnR4010(comp); for (int i = 0; i < ports.length; ++i) { if (ports[i].getName().equalsIgnoreCase(portName)) { // BirdgePoint support only single interface reference for a // port // so select One interface reference only InterfaceReference_c intRef = InterfaceReference_c.getOneC_IROnR4016(ports[i]); Requirement_c req = Requirement_c.getOneC_ROnR4009(intRef); Provision_c prov = Provision_c.getOneC_POnR4009(intRef); String[] interfaceOperations; if (req != null && Required) { // Required Interface RequiredExecutableProperty_c[] REPs = RequiredExecutableProperty_c.getManySPR_REPsOnR4500(req); for (int j = 0; j < funcs.length; ++j) { class ReqOperation_test1_c implements ClassQueryInterface_c { ReqOperation_test1_c(String p) { m_p = p; } private String m_p; public boolean evaluate(Object inst) { RequiredOperation_c selected = (RequiredOperation_c) inst; return selected.getName().equals(m_p); } } RequiredOperation_c testOpr = RequiredOperation_c.getOneSPR_ROOnR4502(REPs, new ReqOperation_test1_c(funcs[j])); if (testOpr != null) { if (m_testReqOpr[j] == null) { m_testReqOpr[j] = testOpr; } } else fail("Missing Interface Operation " + m_testReqOpr[j]);//$NON-NLS-1$ } return; } else if (prov != null && !Required) { // Provided Interface ProvidedExecutableProperty_c[] PEPs = ProvidedExecutableProperty_c.getManySPR_PEPsOnR4501(prov); for (int j = 0; j < funcs.length; ++j) { class ProvOperation_test1_c implements ClassQueryInterface_c { ProvOperation_test1_c(String p) { m_p = p; } private String m_p; public boolean evaluate(Object inst) { ProvidedOperation_c selected = (ProvidedOperation_c) inst; return selected.getName().equals(m_p); } } ProvidedOperation_c testOpr = ProvidedOperation_c.getOneSPR_POOnR4503(PEPs, new ProvOperation_test1_c(funcs[j])); if (testOpr != null) { if (m_testProvOpr[j] == null) { m_testProvOpr[j] = testOpr; } } else fail("Missing Interface Operation " + m_testReqOpr[j]);//$NON-NLS-1$ } return; } else { fail("Port" + portName + "is defined as" + (Required ? "Provided" : "Required") + "interface.");//$NON-NLS-1$ } } } fail("Can not find port " + portName);//$NON-NLS-1$ } private void populateFunctionInstances() { class Function_test1_c implements ClassQueryInterface_c { Function_test1_c(String p) { m_p = p; } private String m_p; public boolean evaluate(Object inst) { Function_c selected = (Function_c) inst; return selected.getName().equals(m_p); } } for (int i = 0; i < funcs.length; ++i) { Function_c testFunc = Function_c.FunctionInstance(arrayModelRoot, new Function_test1_c(funcs[i])); if (testFunc != null) { if (m_testFunc[i] == null) m_testFunc[i] = testFunc; } else fail("Missing function " + funcs[i]);//$NON-NLS-1$ } } private void populateBridgeInstances() { class EE_test1_c implements ClassQueryInterface_c { EE_test1_c(String p) { m_p = p; } private String m_p; public boolean evaluate(Object inst) { ExternalEntity_c selected = (ExternalEntity_c) inst; return selected.getKey_lett().equals(m_p); } } ExternalEntity_c testEE = ExternalEntity_c.ExternalEntityInstance(arrayModelRoot, new EE_test1_c("T"));//$NON-NLS-1$ if (testEE == null) fail("Unknown external entity T");//$NON-NLS-1$ class Bridge_test1_c implements ClassQueryInterface_c { Bridge_test1_c(String p) { m_p = p; } private String m_p; public boolean evaluate(Object inst) { Bridge_c selected = (Bridge_c) inst; return selected.getName().equals(m_p); } } for (int i = 0; i < funcs.length; ++i) { Bridge_c testFunc = Bridge_c.BridgeInstance(arrayModelRoot, new Bridge_test1_c(funcs[i])); if (testFunc != null) { if (m_testBrg[i] == null) m_testBrg[i] = testFunc; } else fail("Missing bridge " + funcs[i]);//$NON-NLS-1$ } } private void populateTransformerInstances(ModelClass_c testObj, boolean instanceBased) { for (int i = 0; i < funcs.length; ++i) { Operation_c[] testObjTrans = Operation_c.getManyO_TFRsOnR115(testObj); Operation_c testTrans = null; for (int tfrInstCount = 0; tfrInstCount < testObjTrans.length; tfrInstCount++) { Operation_c selected = testObjTrans[tfrInstCount]; if (selected.getName().equals(funcs[i])) { testTrans = testObjTrans[tfrInstCount]; break; } } if (testTrans != null) { if (instanceBased) { if (m_testIBTfr[i] == null) m_testIBTfr[i] = testTrans; } else { if (m_testCBTfr[i] == null) m_testCBTfr[i] = testTrans; } } else fail("Missing operation " + testObj.getKey_lett() + "::" + funcs[i]);//$NON-NLS-1$//$NON-NLS-2$ } } public static Action_c[] m_arrayStateAction = new Action_c[3]; static public final int State_StateOne = 0; static public final int State_StateTwo = 1; static public final int State_StateThree = 2; private void populateArrayStateActionInstances() { class Object_test1_c implements ClassQueryInterface_c { Object_test1_c(String p) { m_p = p; } private String m_p; public boolean evaluate(Object inst) { ModelClass_c selected = (ModelClass_c) inst; return selected.getName().equals(m_p); } } ModelClass_c obj = ModelClass_c.ModelClassInstance(modelRoot, new Object_test1_c("ArrayOne"));//$NON-NLS-1$ InstanceStateMachine_c ism = InstanceStateMachine_c.getOneSM_ISMOnR518(obj); StateMachine_c sm_i = StateMachine_c.getOneSM_SMOnR517(ism); StateMachineState_c[] states = StateMachineState_c.getManySM_STATEsOnR501(sm_i); Action_c i_acts[] = Action_c.getManySM_ACTsOnR514( ActionHome_c.getManySM_AHsOnR513(MooreActionHome_c.getManySM_MOAHsOnR511(states))); for (int i = 0; i < i_acts.length; ++i) { ActionHome_c ah = ActionHome_c.getOneSM_AHOnR514(i_acts[i]); MooreActionHome_c moah = MooreActionHome_c.getOneSM_MOAHOnR513(ah); StateMachineState_c st = StateMachineState_c.getOneSM_STATEOnR511(moah); if (st.getName().equals("StateOne"))//$NON-NLS-1$ m_arrayStateAction[State_StateOne] = i_acts[i]; else if (st.getName().equals("StateTwo"))//$NON-NLS-1$ m_arrayStateAction[State_StateTwo] = i_acts[i]; else if (st.getName().equals("StateThree"))//$NON-NLS-1$ m_arrayStateAction[State_StateThree] = i_acts[i]; } } /** * "TRVD" is one of the degrees of freedom as specified in this issues test * matrix. This routine gets the "TRVD" instance from the given name. * * @param element * The degree of freedom instance to retrieve * @return A model element used in the test as specified by the test matrix */ String selectTRVD(String element) { return element; } /** * "TLVD" is one of the degrees of freedom as specified in this issues test * matrix. This routine gets the "TLVD" instance from the given name. * * @param element * The degree of freedom instance to retrieve * @return A model element used in the test as specified by the test matrix */ String selectTLVD(String element) { return element; } /** * "T" is one of the degrees of freedom as specified in this issues test * matrix. This routine gets the "T" instance from the given name. * * @param element * The degree of freedom instance to retrieve * @return A model element used in the test as specified by the test matrix */ String selectT(String element) { String ele = ""; if (element.equalsIgnoreCase("T1")) { ele = "T1"; } else assertTrue( "An instance with degree of freedom type \"T\" was not found. Instance Name: " + element + ".", ele != ""); return ele; } private static String[] leftValueDimension = { "extra fieled", "[0]", "[3]", "[6]", "[3]", "[3]", "[3]", "[3]", "[3]", "[3]" }; private static String[] leftValueIndexValue = { "extra field", "", "", "", "[4]", "[-1]", "[3]", "[5]", "[0]", "[1][5]" }; private static String[] rightValueDimension = { "extra fieled", "[0]", "[3]", "[6]", "[3]", "[3]", "[3]", "[3]", "[3]", "[3]" }; private static String[] rightValueIndexValue = { "extra field", "", "", "", "[4]", "[-1]", "[3]", "[5]", "[0]", "[1][5]" }; private static int activity_type; private static int activity_name; /** * This routine performs the action associated with a matrix cell. The * parameters represent model instances aquired based on the specifed column * instance and row instance. * * @param columnInstance * Model instance from the column * @param rowInstance * Model instance from the row * @return TODO * @throws RecognitionException * TODO * @throws TokenStreamException * TODO */ String T_TLVD_Action(String rightValue, String leftValue) throws RecognitionException, TokenStreamException { String act = ""; String result = ""; int leftValueDim = -1; // get activity type activity_type = selectActivityType(rightValue, leftValue); // set default activity name activity_name = ArrayBaseTest_Generics.TEST_VOID_NO_PARM; // get the instance number of dimension leftValueDim = getDimensionValue(leftValue); // create the variable array if (rightValue.equalsIgnoreCase("T1")) { act = "integer=1;\n"; } act = act.concat(OALCodeBuilder("=integer;", leftValue, leftValueDim)); // Action result = ArrayBaseTest_Generics.parseAction(act, activity_type, activity_name); return result; } // SelectActivityTtpe get the right context to be used in parsering // it can be Function/Class Operation/Bridge/Inteface Operation - provided // or required- int selectActivityType(String rightValue, String leftValue) { if (rightValue.equals("T1") || rightValue.contains("RV")) { if (leftValue.contains("LV1D") || leftValue.contains("LV2D") || leftValue.contains("LV7D") || leftValue.contains("LV12") || leftValue.contains("LV13") || leftValue.contains("LV15") || leftValue.contains("LV14")) { if (rightValue.contains("RV3D")) { return ArrayBaseTest_Generics.ACTIVITY_TYPE_CB_OP; } else if (rightValue.contains("RV4D")) { return ArrayBaseTest_Generics.ACTIVITY_TYPE_FUNC; } else if (rightValue.contains("RV5D")) { return ArrayBaseTest_Generics.ACTIVITY_TYPE_INT_RO; } else if (rightValue.contains("RV6D")) { return ArrayBaseTest_Generics.ACTIVITY_TYPE_BRG; } else if (rightValue.contains("RV7D")) { return ArrayBaseTest_Generics.ACTIVITY_TYPE_ArraySTATE; } else { return ArrayBaseTest_Generics.ACTIVITY_TYPE_FUNC; } } else if (leftValue.contains("LV3D") || leftValue.contains("LV8D")) { return ArrayBaseTest_Generics.ACTIVITY_TYPE_CB_OP; } else if (leftValue.contains("LV4D") || leftValue.contains("LV9D")) { return ArrayBaseTest_Generics.ACTIVITY_TYPE_FUNC; } else if (leftValue.contains("LV5D") || leftValue.contains("LV11")) { return ArrayBaseTest_Generics.ACTIVITY_TYPE_INT_RO; } else if (leftValue.contains("LV6D") || leftValue.contains("LV10")) { return ArrayBaseTest_Generics.ACTIVITY_TYPE_BRG; } else if (leftValue.contains("LV14")) { return ArrayBaseTest_Generics.ACTIVITY_TYPE_INT_PO; } } return -1; } // GetDimensionValue used to get the number of the dimension instance // e.g. T1LV1D5 : return value is 5 int getDimensionValue(String instance) { int dim; if (instance.length() == 8) { dim = Integer.parseInt(String.valueOf(instance.charAt(7))); } else { dim = Integer.parseInt(String.valueOf(instance.charAt(6))); } return dim; } /** * This routine performs the action associated with a matrix cell. The * parameters represent model instances aquired based on the specifed column * instance and row instance. * * @param columnInstance * Model instance from the column * @param rowInstance * Model instance from the row * @return TODO * @throws RecognitionException * TODO * @throws TokenStreamException * TODO */ String TRVD_TLVD_Action(String rightValue, String leftValue) throws RecognitionException, TokenStreamException { String act = ""; String result = ""; int leftValueDim = -1; int rightValueDim = -1; // get activity type activity_type = selectActivityType(rightValue, leftValue); // set default activity name activity_name = ArrayBaseTest_Generics.TEST_VOID_NO_PARM; leftValueDim = getDimensionValue(leftValue); rightValueDim = getDimensionValue(rightValue); // right side is Variable Array if (rightValue.contains("RV1D")) { act = "rightArray" + rightValueDimension[rightValueDim] + "=1;\n"; act = act.concat(OALCodeBuilder("=rightArray" + rightValueIndexValue[rightValueDim] + ";", leftValue, leftValueDim)); } // Right side is Attribute array else if (rightValue.contains("RV2D")) { if (rightValue.contains("D1")) { act = act.concat("create object instance rightValuetest of A_AO;\n"); } else if (rightValue.contains("D3")) { act = act.concat("create object instance rightValuetest of A_AH;\n"); } else { act = act.concat("create object instance rightValuetest of A_AT;\n"); } act = act.concat(OALCodeBuilder("=rightValuetest.array" + rightValueIndexValue[rightValueDim] + ";", leftValue, leftValueDim)); } // right side is Function/Operation/Bridge/Interface Operation parameter else if (rightValue.contains("RV3D") || rightValue.contains("RV4D") || rightValue.contains("RV5D") || rightValue.contains("RV6D")) { if (rightValue.contains("D1")) { activity_name = ArrayBaseTest_Generics.void_paramRef_int_SF_test1; } else if (rightValue.contains("D3")) { activity_name = ArrayBaseTest_Generics.void_paramRef_int_SF_test3; } else { activity_name = ArrayBaseTest_Generics.void_paramRef_int_SF_test2; } act = "\n"; if ((leftValue.contains("LV10D")) || (leftValue.contains("LV9D")) || (leftValue.contains("LV8D")) || (leftValue.contains("LV11D"))) if (rightValue.contains("D1")) { act = act.concat(OALCodeBuilder("=param.array1" + rightValueIndexValue[rightValueDim] + ";", leftValue, leftValueDim)); } else if (rightValue.contains("D3")) { act = act.concat(OALCodeBuilder("=param.array7" + rightValueIndexValue[rightValueDim] + ";", leftValue, leftValueDim)); } else { act = act.concat(OALCodeBuilder("=param.array4" + rightValueIndexValue[rightValueDim] + ";", leftValue, leftValueDim)); } else act = act.concat(OALCodeBuilder("=param.array" + rightValueIndexValue[rightValueDim] + ";", leftValue, leftValueDim)); } // right side is event parameter else if (rightValue.contains("RV7D")) { if (rightValue.contains("D1")) { activity_name = ArrayBaseTest_Generics.State_StateOne; } else if (rightValue.contains("D3")) { activity_name = ArrayBaseTest_Generics.State_StateThree; } else { activity_name = ArrayBaseTest_Generics.State_StateTwo; } act = "\n"; act = act.concat(OALCodeBuilder("=param.array" + rightValueIndexValue[rightValueDim] + ";", leftValue, leftValueDim)); act = act.replace("voidParamRefIntSFtTest", "voidParamIntSFtTest"); } // right side is function/operation/birdge/interface operation return // value else if (rightValue.contains("RV8D") || rightValue.contains("RV9D") || rightValue.contains("RV10D") || rightValue.contains("RV11D")) { act = "\n"; String temp = ""; if (rightValue.contains("RV8D")) { temp = "=A_T"; } else if (rightValue.contains("RV10")) { temp = "=T"; } else if (rightValue.contains("RV11")) { temp = "=Port2"; } else { temp = "="; } // call the Function/Operation/Bridge/Property based on dimension // number if (rightValue.contains("D1")) { act = act.concat(OALCodeBuilder(temp + " ::intSFNoParamTest1();", leftValue, leftValueDim)); } else if (rightValue.contains("D2")) { act = act.concat(OALCodeBuilder(temp + " ::intSFNoParamTest2();", leftValue, leftValueDim)); } else if (rightValue.contains("D3")) { act = act.concat(OALCodeBuilder(temp + " ::intSFNoParamTest3();", leftValue, leftValueDim)); } act = act.replace("voidParamRefIntSFtTest", "voidParamIntSFtTest"); } // Action result = ArrayBaseTest_Generics.parseAction(act, activity_type, activity_name); return result; } String OALCodeBuilder(String rightValue, String leftValue, int leftValueDim) { String act = ""; if (leftValue.contains("LV1D")) { // Variable Array act = act.concat("array" + leftValueDimension[leftValueDim] + "=1;\n"); act = act.concat("array" + leftValueIndexValue[leftValueDim] + rightValue); } else if (leftValue.contains("LV2D")) { // Attribute Array if (leftValue.contains("D1")) { act = act.concat("create object instance test of A_AO;\ntest."); } else if (leftValue.contains("D3")) { act = act.concat("create object instance test of A_AH;\ntest."); } else { act = act.concat("create object instance test of A_AT;\ntest."); } act = act.concat("array" + leftValueIndexValue[leftValueDim] + rightValue); } else if (leftValue.contains("LV3D") || leftValue.contains("LV4D") || leftValue.contains("LV6D")) { // Function/Bridge/Operation // parameter act = act.concat("\n"); act = act.concat("param.array" + leftValueIndexValue[leftValueDim] + rightValue); if (leftValue.contains("D1")) { activity_name = ArrayBaseTest_Generics.void_paramRef_int_SF_test1; } else if (leftValue.contains("D3")) { activity_name = ArrayBaseTest_Generics.void_paramRef_int_SF_test3; } else { activity_name = ArrayBaseTest_Generics.void_paramRef_int_SF_test2; } } else if (leftValue.contains("LV7D")) { // Event Parameter act = act.concat("create object instance test of A_AO;\n"); if (leftValue.contains("D1")) { act = act.concat("generate A_AO1:oneParamInt_SF_test1(array:" + rightValue.substring(1, rightValue.length() - 1) + ")to test;"); } else if (leftValue.contains("D2")) { act = act.concat("generate A_AO2:oneParamInt_SF_test2(array:" + rightValue.substring(1, rightValue.length() - 1) + ")to test;"); } else if (leftValue.contains("D3")) { act = act.concat("generate A_AO3:oneParamInt_SF_test3(array:" + rightValue.substring(1, rightValue.length() - 1) + ")to test;"); } } else if (leftValue.contains("LV8D") || leftValue.contains("LV9D") || leftValue.contains("LV10") || leftValue.contains("LV11")) { // Function/Bridge/Operation/InterfaceOperation // return // value if (leftValue.contains("D1")) { activity_name = ArrayBaseTest_Generics.int_SF_Param_test1; } else if (leftValue.contains("D2")) { activity_name = ArrayBaseTest_Generics.int_SF_Param_test2; } else if (leftValue.contains("D3")) { activity_name = ArrayBaseTest_Generics.int_SF_Param_test3; } act = act.concat("\n"); act = act.concat("return " + rightValue.substring(1, rightValue.length())); } else if (leftValue.contains("LV12") || leftValue.contains("LV13") || leftValue.contains("LV15")) { // Function/Bridge/Operation // argument // Set the prefix before call if need ( only function does not need // ) act = act.concat("\n"); if (leftValue.contains("LV12")) { act = act.concat("A_T"); } else if (leftValue.contains("LV15")) { act = act.concat("T"); } // call the Function/Operation/Bridge/Property based on dimension // number if (leftValue.contains("D1")) { act = act.concat("::voidParamRefIntSFtTest1(array:" + rightValue.substring(1, rightValue.length() - 1) + ");"); } else if (leftValue.contains("D2")) { act = act.concat("::voidParamRefIntSFtTest2(array:" + rightValue.substring(1, rightValue.length() - 1) + ");"); } else if (leftValue.contains("D3")) { act = act.concat("::voidParamRefIntSFtTest3(array:" + rightValue.substring(1, rightValue.length() - 1) + ");"); } } else if (leftValue.contains("LV5")) { act = act.concat("\n"); act = act.concat("param.array" + leftValueIndexValue[leftValueDim] + rightValue); if (leftValue.contains("D1")) { activity_name = ArrayBaseTest_Generics.void_paramRef_int_SF_test1; } else if (leftValue.contains("D3")) { activity_name = ArrayBaseTest_Generics.void_paramRef_int_SF_test3; } else { activity_name = ArrayBaseTest_Generics.void_paramRef_int_SF_test2; } // } else if (leftValue.contains("LV11")) { // // if (leftValue.contains("D1")){ // activity_name = ArrayBaseTest_Generics.int_SF_Param_test1 ; // } // else if (leftValue.contains("D2")){ // activity_name = ArrayBaseTest_Generics.int_SF_Param_test2; // } // else if (leftValue.contains("D3")){ // activity_name = ArrayBaseTest_Generics.int_SF_Param_test3; // } // act = act.concat("\n"); // act = act.concat("return "+rightValue.substring(1, // rightValue.length())); } else if (leftValue.contains("LV14")) { act = act.concat("\n"); if (leftValue.contains("D1")) { act = act.concat("Port2::voidParamRefIntSFtTest1(array:" + rightValue.substring(1, rightValue.length() - 1) + ");"); } else if (leftValue.contains("D2")) { act = act.concat("Port2::voidParamRefIntSFtTest2(array:" + rightValue.substring(1, rightValue.length() - 1) + ");"); } else if (leftValue.contains("D3")) { act = act.concat("Port2::voidParamRefIntSFtTest3(array:" + rightValue.substring(1, rightValue.length() - 1) + ");"); } } return act; } /** * This function verifies an expected result. * * @param source * A model element instance aquired through a action taken on a * column of the matrix. * @param destination * A model element instance aquired through a action taken taken * on a row of the matrix. * @param result * TODO * @return true if the test succeeds, false if it fails */ boolean checkResult_Failure1(String source, String destination, String result) { boolean Failure1 = false; // TODO: Implement return !Failure1; } /** * This function verifies an expected result. * * @param source * A model element instance aquired through a action taken on a * column of the matrix. * @param destination * A model element instance aquired through a action taken taken * on a row of the matrix. * @param result * TODO * @return true if the test succeeds, false if it fails */ boolean checkResult_Failure2(String source, String destination, String result) { boolean Failure2 = false; Pattern resultPatten = Pattern.compile( ":3:\\d+-\\d+: (Variable|Attribute) ->array<- has incompatible ((array depth)|(dimension size with the rvalue)).\nline 3:\\d+: expecting Semicolon, found 'null'\n"); java.util.regex.Matcher match = resultPatten.matcher(result); Failure2 = match.matches(); return Failure2; } /** * This function verifies an expected result. * * @param source * A model element instance aquired through a action taken on a * column of the matrix. * @param destination * A model element instance aquired through a action taken taken * on a row of the matrix. * @param result * TODO * @return true if the test succeeds, false if it fails */ boolean checkResult_Failure3(String source, String destination, String result) { boolean Failure3 = false; Pattern resultPatten = Pattern.compile( ":3:\\d+-\\d+: (Variable|Attribute) ->array<- contains an Array Index Out of Bounds.\nline 3:\\d+: expecting Semicolon, found 'null'\n"); java.util.regex.Matcher match = resultPatten.matcher(result); Failure3 = match.matches(); return Failure3; } /** * This function verifies an expected result. * * @param source * A model element instance aquired through a action taken on a * column of the matrix. * @param destination * A model element instance aquired through a action taken taken * on a row of the matrix. * @param result * TODO * @return true if the test succeeds, false if it fails */ boolean checkResult_ParamFailure3(String source, String destination, String result) { boolean ParamFailure3 = false; Pattern resultPatten = Pattern.compile( ":3:\\d+-\\d+: Parameter (->array<- )?contains an Array Index Out of Bounds.\nline 3:\\d+: expecting Semicolon, found 'null'\n"); java.util.regex.Matcher match = resultPatten.matcher(result); ParamFailure3 = match.matches(); return ParamFailure3; } /** * This function verifies an expected result. * * @param source * A model element instance aquired through a action taken on a * column of the matrix. * @param destination * A model element instance aquired through a action taken taken * on a row of the matrix. * @param result * TODO * @return true if the test succeeds, false if it fails */ boolean checkResult_ReturnFailure4(String source, String destination, String result) { boolean ReturnFailure4 = false; Pattern resultPatten = Pattern.compile( ":3:\\d+-\\d+: Return type has an incompatible array length for dimension 0.\nline 3:\\d+: expecting Semicolon, found 'null'\n:3:\\d+-\\d+: Return value required by ((class|interface) operation|function|bridge)\n"); java.util.regex.Matcher match = resultPatten.matcher(result); ReturnFailure4 = match.matches(); return ReturnFailure4; } /** * This function verifies an expected result. * * @param source * A model element instance aquired through a action taken on a * column of the matrix. * @param destination * A model element instance aquired through a action taken taken * on a row of the matrix. * @param result * TODO * @return true if the test succeeds, false if it fails */ boolean checkResult_ParamFailure4(String source, String destination, String result) { boolean ParamFailure4 = false; Pattern resultPatten = Pattern.compile( ":3:\\d+-\\d+: Parameter (->array<- )?has an incompatible array length for dimension 0.\nline 3:\\d+: expecting Semicolon, found 'null'\n"); java.util.regex.Matcher match = resultPatten.matcher(result); ParamFailure4 = match.matches(); return ParamFailure4; } /** * This function verifies an expected result. * * @param source * A model element instance aquired through a action taken on a * column of the matrix. * @param destination * A model element instance aquired through a action taken taken * on a row of the matrix. * @param result * TODO * @return true if the test succeeds, false if it fails */ boolean checkResult_Failure4(String source, String destination, String result) { boolean Failure4 = false; Pattern resultPatten = Pattern.compile( ":3:\\d+-\\d+: (Variable|Attribute) ->array<- has an incompatible array length for dimension 0.\nline 3:\\d+: expecting Semicolon, found 'null'\n"); java.util.regex.Matcher match = resultPatten.matcher(result); Failure4 = match.matches(); return Failure4; } /** * This function verifies an expected result. * * @param source * A model element instance aquired through a action taken on a * column of the matrix. * @param destination * A model element instance aquired through a action taken taken * on a row of the matrix. * @param result * TODO * @return true if the test succeeds, false if it fails */ boolean checkResult_ReturnFailure2(String source, String destination, String result) { boolean ReturnFailure2 = false; Pattern resultPatten = Pattern.compile( ":3:\\d+-\\d+: Return type has incompatible array depth.\nline 3:\\d+: expecting Semicolon, found 'null'\n:3:\\d+-\\d+: Return value required by ((class|interface) operation|function|bridge)\n"); java.util.regex.Matcher match = resultPatten.matcher(result); ReturnFailure2 = match.matches(); return ReturnFailure2; } /** * This function verifies an expected result. * * @param source * A model element instance aquired through a action taken on a * column of the matrix. * @param destination * A model element instance aquired through a action taken taken * on a row of the matrix. * @param result * TODO * @return true if the test succeeds, false if it fails */ boolean checkResult_Failure5(String source, String destination, String result) { boolean Failure5 = false; Pattern resultPatten = Pattern.compile( ":3:\\d+-\\d+: Negative Array Index value is not allowed.\nline 3:\\d+: expecting Semicolon, found 'null'\n"); java.util.regex.Matcher match = resultPatten.matcher(result); Failure5 = match.matches(); return Failure5; } /** * This function verifies an expected result. * * @param source * A model element instance aquired through a action taken on a * column of the matrix. * @param destination * A model element instance aquired through a action taken taken * on a row of the matrix. * @param result * TODO * @return true if the test succeeds, false if it fails */ boolean checkResult_ReturnFailure1(String source, String destination, String result) { boolean ReturnFailure1 = false; Pattern resultPatten = Pattern.compile( ":3:\\d+-\\d*: Invalid data type returned for operation.\nline 3:\\d+: expecting Semicolon, found 'null'\n"); java.util.regex.Matcher match = resultPatten.matcher(result); ReturnFailure1 = match.matches(); return ReturnFailure1; } /** * This function verifies an expected result. * * @param source * A model element instance aquired through a action taken on a * column of the matrix. * @param destination * A model element instance aquired through a action taken taken * on a row of the matrix. * @param result * TODO * @return true if the test succeeds, false if it fails */ boolean checkResult_Failure6(String source, String destination, String result) { boolean Failure6 = false; Pattern resultPatten = Pattern.compile( ":3:\\d+-\\d*: The rvalue contains an Array Index Out of Bounds.\nline 3:\\d+: expecting Semicolon, found 'null'\n"); java.util.regex.Matcher match = resultPatten.matcher(result); Failure6 = match.matches(); return Failure6; } /** * This function verifies an expected result. * * @param source * A model element instance aquired through a action taken on a * column of the matrix. * @param destination * A model element instance aquired through a action taken taken * on a row of the matrix. * @param result * TODO * @return true if the test succeeds, false if it fails */ boolean checkResult_ParamFailure1(String source, String destination, String result) { boolean ParamFailure1 = false; Pattern resultPatten = Pattern.compile( ":3:\\d+-\\d*: Parameter ->array<- has been assigned value of different type..\nline 3:\\d+: expecting Semicolon, found 'null'\n"); java.util.regex.Matcher match = resultPatten.matcher(result); ParamFailure1 = match.matches(); return ParamFailure1; } /** * This function verifies an expected result. * * @param source * A model element instance aquired through a action taken on a * column of the matrix. * @param destination * A model element instance aquired through a action taken taken * on a row of the matrix. * @param result * TODO * @return true if the test succeeds, false if it fails */ boolean checkResult_Success(String source, String destination, String result) { boolean Success = false; if (result.equalsIgnoreCase("")) { Success = true; } return Success; } /** * This function verifies an expected result. * * @param source * A model element instance aquired through a action taken on a * column of the matrix. * @param destination * A model element instance aquired through a action taken taken * on a row of the matrix. * @param result * TODO * @return true if the test succeeds, false if it fails */ boolean checkResult_Failure7(String source, String destination, String result) { boolean Failure7 = false; Pattern resultPatten = Pattern.compile( ":3:\\d+-\\d*: The rvalue has incompatible array depth.\nline 3:\\d+: expecting Semicolon, found 'null'\n"); java.util.regex.Matcher match = resultPatten.matcher(result); Failure7 = match.matches(); return Failure7; } /** * This function verifies an expected result. * * @param source * A model element instance aquired through a action taken on a * column of the matrix. * @param destination * A model element instance aquired through a action taken taken * on a row of the matrix. * @param result * TODO * @return true if the test succeeds, false if it fails */ boolean checkResult_ParamFailure2(String source, String destination, String result) { boolean ParamFailure2 = false; Pattern resultPatten = Pattern.compile( ":3:\\d+-\\d*: Parameter (->array<- )?has incompatible array depth.\n(line 3:\\d+: (unexpected token: null|expecting TOK_RPAREN, found ';')\\n)?line 3:\\d+: (expecting Semicolon, found 'null'|expecting TOK_RPAREN, found 'to')\n"); java.util.regex.Matcher match = resultPatten.matcher(result); ParamFailure2 = match.matches(); return ParamFailure2; } }