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circus/src/jcircus/translator/Translator2Java.java
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package jcircus.translator;
import java.io.File;
import java.math.BigInteger;
import java.util.ArrayList;
import java.util.HashMap;
import java.util.Iterator;
import java.util.List;
import java.util.Set;
import java.util.Vector;
import javax.swing.JOptionPane;
import javax.swing.JScrollPane;
import javax.swing.JTextArea;
import javax.swing.JTextField;
//import paper.src.paper.typing.VALUE;
import jcircus.complementaryenvs.CallProc2ChannelSetEnv;
import jcircus.complementaryenvs.ChanComplexCommEnv;
import jcircus.complementaryenvs.ChanDimEnv;
import jcircus.complementaryenvs.ChanDotFieldEnv;
import jcircus.complementaryenvs.ChanExtChoiceEnv;
import jcircus.complementaryenvs.ChanForcedInterleavingEnv;
import jcircus.complementaryenvs.ChanTransMSEnv;
import jcircus.complementaryenvs.Coadj2SimpleSynchTransEnv;
import jcircus.complementaryenvs.PId2PNameEnv;
import jcircus.complementaryenvs.ProcCreateMainEnv;
import jcircus.complementaryenvs.ProcName2ProcChanEnv;
import jcircus.complementaryenvs.ProcProcessParaEnv;
import jcircus.complementaryenvs.TypeSizeEnv;
import jcircus.complexcomms.AbsCommValuesGenerator;
import jcircus.complexcomms.CCMapsGenerator;
import jcircus.complexcomms.CCUpdater;
import jcircus.complexcomms.CCUtil;
import jcircus.complexcomms.Channel2TypeEnvironment;
//import jcircus.complexcomms.ComplexCommUpdater;
import jcircus.environment.ChanInfoEnv;
import jcircus.environment.ChanUseEnv;
import jcircus.environment.Environment;
import jcircus.environment.ProcChanEnv;
import jcircus.environment.ProcChanUseEnv;
import jcircus.exceptions.FailParsingException;
import jcircus.exceptions.FailTranslationException;
import jcircus.exceptions.FailTypeCheckingException;
import jcircus.exceptions.TranslationCancelledException;
import jcircus.exceptions.runtime.InvalidSubTypeException;
import jcircus.exceptions.runtime.VisitorException;
import jcircus.exceptions.JCircusException;
import jcircus.exceptions.runtime.UnrecoveredErrorException;
import jcircus.generators.GCArrayGenerator;
import jcircus.generators.GPSEGenerator;
import jcircus.gui.JCircusFrame;
import jcircus.newfrontendmethod.FrontEndCounter;
import jcircus.newfrontendmethod.FrontEndUpdater;
import jcircus.newutil.CallUtil;
import jcircus.newutil.ChannelUtil;
import jcircus.newutil.ExceptionUtil;
import jcircus.newutil.PrinterUtil;
import jcircus.newutil.ProcessUtil;
import jcircus.newutil.TypeUtil;
import jcircus.parallelism.CopyProcessAnn;
import jcircus.parallelism.CopyUpdater;
import jcircus.parallelism.HiddenFromGUIInfo;
import jcircus.parallelism.ParallelismUpdater;
import jcircus.parallelism.ProcHiddenFromGUIEnv;
import jcircus.util.CircusType;
import jcircus.util.CodeFormatting;
import jcircus.util.Constants;
import jcircus.util.ChanUse;
import jcircus.util.MathToolkitConstants;
import jcircus.util.ProcInfo;
import jcircus.util.Util;
import jcircus.visitor.EnvLoadingVisitor;
import jcircus.visitor.TranslatorVisitor;
import net.sourceforge.czt.base.ast.ListTerm;
import net.sourceforge.czt.base.ast.Term;
import net.sourceforge.czt.circus.ast.CircusProcess;
import net.sourceforge.czt.circus.ast.ParamProcess;
import net.sourceforge.czt.circus.ast.ProcessPara;
import net.sourceforge.czt.z.ast.AxPara;
import net.sourceforge.czt.z.ast.Branch;
import net.sourceforge.czt.z.ast.Decl;
import net.sourceforge.czt.z.ast.DeclList;
import net.sourceforge.czt.z.ast.NarrSect;
import net.sourceforge.czt.z.ast.Sect;
import net.sourceforge.czt.z.ast.ZBranchList;
import net.sourceforge.czt.z.ast.ZDeclList;
import net.sourceforge.czt.z.ast.ZName/*DeclName*/;
import net.sourceforge.czt.z.ast.Expr;
import net.sourceforge.czt.z.ast.Freetype;
import net.sourceforge.czt.z.ast.Para;
import net.sourceforge.czt.z.ast.RefExpr;
import net.sourceforge.czt.z.ast.Spec;
import net.sourceforge.czt.z.ast.VarDecl;
import net.sourceforge.czt.z.ast.ZSect;
import net.sourceforge.czt.z.impl.ZSectImpl;
import net.sourceforge.czt.z.util.Factory;
import newjcircusutil.multisync.GeneralChannel;
import jcircus.JCircusController;
/**
* Translator2Java.java
*
* @authors Angela Freitas & Samuel Barrocas
*/
public class Translator2Java {
private boolean hasExpandedCallActions = false;
private JCircusFrame _jCircusFrame;
private String _projectDir;
private String _projectName;
private String _compl = ""; //Acrescentado por Samuel
private Spec/*Term*/ _spec;
private TranslatorVisitor _translatorVisitor;
private EnvLoadingVisitor _envLoadingVisitor;
private Environment _environment;
private List<ProcInfo> _procInfoList;
private List<ProcInfo> _procInfoList2;
private List<String> _axParaCodeList;
private boolean useBarriers; //Sam's
private ChanDimEnv updatedChanDimEnv;
private ChanDotFieldEnv chanDotFieldEnv;
private ProcCreateMainEnv pcme = new ProcCreateMainEnv ();
private ProcProcessParaEnv procProcessParaEnv;
public ProcProcessParaEnv getProcProcessParaEnv () {
return this.procProcessParaEnv;
}
public void setProcProcessParaEnv (ProcProcessParaEnv env) {
this.procProcessParaEnv = env;
}
private PId2PNameEnv id2name = new PId2PNameEnv ();
public PId2PNameEnv getPId2PNameEnv () {
return this.id2name;
}
private ProcName2ProcChanEnv pn2pce = new ProcName2ProcChanEnv ();
public ProcName2ProcChanEnv getProcName2ProcChanEnv () {
return this.pn2pce;
}
public void setProcName2ProcChanEnv (ProcName2ProcChanEnv pn2pce) {
this.pn2pce = pn2pce;
}
private CallProc2ChannelSetEnv cp2cse = new CallProc2ChannelSetEnv ();
private int minComm; //Sam's
private int maxComm; //Sam's
public CallProc2ChannelSetEnv getCallProc2ChannelSetEnv () {
return this.cp2cse;
}
public Channel2TypeEnvironment cte = new Channel2TypeEnvironment ();
private ChanForcedInterleavingEnv cfie;
private ChanComplexCommEnv ccce;
private CopyUpdater copyUpdater = new CopyUpdater (); //Sam's
private ParallelismUpdater parallelismUpdater = new ParallelismUpdater (); //Sam's
private /*ComplexCommUpdater*/CCUpdater complexCommUpdater = new CCUpdater ();/*new ComplexCommUpdater ();*/ //Sam's
private FrontEndUpdater frontEndUpdater = new FrontEndUpdater (); //Sam's
private ChanExtChoiceEnv cece = new ChanExtChoiceEnv (); //Sam's
//private boolean createMain = false;
public void setChanExtChoiceEnv (ChanExtChoiceEnv cece) { //Sam's
this.cece = cece;
}
ProcHiddenFromGUIEnv prochid = new ProcHiddenFromGUIEnv ();
boolean fullparallelism;
/**
* Constructor.
*
*/
Spec spec;
boolean bench;
boolean cmain;
public Translator2Java(String projectDir, String projectName, Spec spec, String compl, boolean useBarriers, boolean parallelism, boolean bench, JCircusFrame jcf, boolean createmain) {
this.cmain = createmain;
this.bench = bench;
this._projectDir = projectDir;
this._projectName = projectName;
this._spec = spec;
this._compl = compl; //Sam's
this._environment = new Environment();
this._envLoadingVisitor =
new EnvLoadingVisitor(
this._environment,
projectDir,
projectName,
_compl,
useBarriers,
this.bench);
this._translatorVisitor =
new TranslatorVisitor(
this._environment,
projectDir,
projectName,
useBarriers,
this._envLoadingVisitor.getChanMultiSyncEnv(),
this._envLoadingVisitor.getChanTypeEnv4CC(),
this._envLoadingVisitor.getChanDimEnv(),
_compl,
this._envLoadingVisitor.getProcProcessParaEnv(),
this._envLoadingVisitor.getChanDotFieldEnv(),
this._envLoadingVisitor.getPId2PNameEnv(),
this._envLoadingVisitor.getCallProc2ChannelSetEnv(),
0, //minComm,
this._envLoadingVisitor.getMaxAbsValueComm(),//maxComm,
this._envLoadingVisitor.getChanForcedInterleavingEnv(),
this._envLoadingVisitor.getChanComplexCommEnv(),
this._envLoadingVisitor.getChanExtChoiceEnv(),
this._envLoadingVisitor.getTypeSizeEnv(),
spec,
createmain,
this._envLoadingVisitor.getMuActs2Indexes()
//,this.prochid
);
this.chanDotFieldEnv = _envLoadingVisitor.getChanDotFieldEnv();
this._procInfoList = new ArrayList<ProcInfo>();
this._procInfoList2 = new ArrayList<ProcInfo>();
this._axParaCodeList = new ArrayList<String>();
this.id2name = this._envLoadingVisitor.getPId2PNameEnv();
this.useBarriers = useBarriers; //By Samuel Barrocas 16/12/2010, 17:31hs
this.fullparallelism = parallelism;
this.setProcProcessParaEnv(this._envLoadingVisitor.getProcProcessParaEnv()); //By Samuel Barrocas 16/12/2010, 17:31hs
this.setProcName2ProcChanEnv(this._envLoadingVisitor.getProcName2ProcChanEnv());
this.cp2cse = this._envLoadingVisitor.getCallProc2ChannelSetEnv();
this.minComm = 0;
this.maxComm = this._envLoadingVisitor.getMaxAbsValueComm();
this.cfie = this._envLoadingVisitor.getChanForcedInterleavingEnv();
this.ccce = this._envLoadingVisitor.getChanComplexCommEnv();
this.cte = this._envLoadingVisitor.getChanTypeEnv4CC();
this._jCircusFrame = jcf;
this.pcme = jcf.getProcCreateMainEnv();
System.out.print("");
}
public static String brackets (int dim) {
String r = "";
for (int i = 0; i < dim; i++) {
r = r + "[]";
}
return r;
}
/**
* Main method of this class.
*
* @param projectDir
* @param projectName
* @param spec
* @param nameProjectRun
* @throws Exception
*/
public void translate(boolean gui) throws FailTranslationException {
//_projectDir = _projectDir + "\\" + _projectName + "\\" + Constants.DIR_SOURCE;
_projectDir = _projectDir + "/" + _projectName + "/" + Constants.DIR_SOURCE; //In the linux version of JCircus, it is necessary to replace the \\ by /
System.out.println (PrinterUtil.specAsString(_spec));
/**Estas duas tem que ir juntas! Se um dia expandCallsOnMainActions for comentada, this.hasExpandedCallActions também tem que ser!!*/
CallUtil.expandCallsOnMainActions(_spec, hasExpandedCallActions);
this.hasExpandedCallActions = true;
/**Estas duas tem que ir juntas! Se um dia expandCallsOnMainActions for comentada, this.hasExpandedCallActions também tem que ser!!*/
System.out.println (PrinterUtil.specAsString(_spec));
ProcessUtil.updateProcessesToBasicProcesses (_spec, hasExpandedCallActions);
System.out.println (PrinterUtil.specAsString(_spec));
if (fullparallelism) {
copyUpdater.updateSpec(_spec);
System.out.println ("CopyUpdater.updateSpec");
parallelismUpdater.updateSpec(_spec);
System.out.println ("ParallelismUpdater.updateSpec");
}
if (fullparallelism) {
complexCommUpdater.updateSpec (_spec);
System.out.println ("ComplexCommUpdater.updateSpec");
frontEndUpdater.updateSpec (_spec);
System.out.println (PrinterUtil.specAsString(_spec));
System.out.print("");
/*try {
//JOptionPane.showMessageDialog(null, "At Translator2Java, before second typechecking");
JCircusController.typeCheck (_spec);
//JOptionPane.showMessageDialog(null, "At Translator2Java, after second typechecking");
} catch (FailTypeCheckingException e) {
// TODO Auto-generated catch block
JOptionPane.showMessageDialog(null, "Typechecking after ParallelismUpdater:
");
e.printStackTrace();
System.exit(0);
}*/
this.prochid = parallelismUpdater.prochid;
this._translatorVisitor.setProcHid(this.prochid);
}
Spec _spec2 = (new Factory ()).createSpec(_spec.getSect(), "1.5");
ProcInfoUpdater.initProcInfoAndCreateMainEnv (_jCircusFrame.getProcCreateMainEnv(), _procInfoList2, _spec, fullparallelism, cmain);
if (!cmain) {
try {
_jCircusFrame.promptForMainProcessesPCME (_procInfoList2);
} catch (TranslationCancelledException e) {
e.printStackTrace();
}
}
try {
//ProcInfoUpdater.initProcCreateMainEnv (this.pcme, _spec, gui);
_envLoadingVisitor.setProcCreateMainEnv(this.pcme);
_envLoadingVisitor.visitSpec(_spec); //Angela's
System.out.println ("EnvLoadingVisitor.visitSpec");
this._translatorVisitor.setChanDimEnv(_envLoadingVisitor);
this._translatorVisitor.setChanExtChoiceEnv(this._envLoadingVisitor.getChanExtChoiceEnv());
this.updatedChanDimEnv = TranslatorVisitor.updateChanDim(this._envLoadingVisitor.getChanDimEnv(), this._envLoadingVisitor.getChanMultiSyncEnv(), this._envLoadingVisitor.getChanDotFieldEnv(), this._envLoadingVisitor.getChanComplexCommEnv(), this._envLoadingVisitor.getChanExtChoiceEnv(), cmain);
this._translatorVisitor.setUpdatedChanDimEnv(this.updatedChanDimEnv);
this._translatorVisitor.setProcCreateMainEnv (this._envLoadingVisitor.getProcCreateMainEnv ());
System.out.print ("");
} catch (UnrecoveredErrorException e) {
// There was a fatal error
//System.out.println ("Exception 1");
throw new FailTranslationException(_envLoadingVisitor.getErrors(), e);
}
System.out.println ("Aqui estamos depois de throw new FailTranslationException");
if (!_envLoadingVisitor.getErrors().isEmpty()) {
// There was not a fatal error, but errors need to be reported
System.out.println (PrinterUtil.specAsString(_spec2));
System.out.println ("Dentro de !_envLoading, antes de FailTranslation");
ExceptionUtil.throwException (_envLoadingVisitor.getErrors().toString());
throw new FailTranslationException(_envLoadingVisitor.getErrors());
}
System.out.println ("Aqui estamos depois de !_envLoadingVisitor.getErrors().isEmpty()");
// Iterates over the paragraphs to translate and loads information about
// process paragraphs and axiomatic definitions
//System.out.println ("....----....----....");
System.out.println ("Vai para Iterator iterator, em Translator2Java");
Iterator iterator;
if (_spec.getSect().get(0) instanceof ZSectImpl) {
iterator = ((List<Sect>) ((ZSect) (_spec).getSect().get(0)).getParaList()).iterator();
}
else {
iterator = ((List<Sect>) ((ZSect) (_spec).getSect().get(1)).getParaList()).iterator();
}
while (iterator.hasNext()) {
Para para = (Para) iterator.next();
if (para instanceof ProcessPara) {
System.out.println ("Translator2Java vendo o processo " + ((ProcessPara)para).getZName().toString());
if (!CopyProcessAnn.isCopy((ProcessPara)para)) {
ZName/*DeclName*/ procName = ((ProcessPara) para).getZName/*getDeclName*/();
CircusProcess circusProcess = ((ProcessPara) para).getCircusProcess();
System.out.print ("Vendo ainda...");
String procParaCode = null;
try {
procParaCode = (String) para.accept(_translatorVisitor);
System.out.println ("para.accept(_translatorVisitor)");
} catch (UnrecoveredErrorException e) {
System.out.println ("Catchou uma exception UnrecoveredError");
// There was a fatal error
throw new FailTranslationException(_translatorVisitor.getErrors(), e);
}
if (!_translatorVisitor.getErrors().isEmpty()) {
// There was not a fatal error
List <jcircus.util.Error> errors = _translatorVisitor.getErrors();
throw new FailTranslationException(_translatorVisitor.getErrors());
}
// If this is not being run with GUI, a class Main will be created
// only for those processes which are not parameterized
boolean createMain;
if (!gui && !(circusProcess instanceof ParamProcess)) {
createMain = true;
} else {
createMain = false;
}
// Stores information about the process definition
ProcInfo procInfo = new ProcInfo(procName.toString(), (ProcessPara) para,
procParaCode, getNormalizedParams(circusProcess), createMain);
_procInfoList.add(procInfo);
System.out.print ("");
System.out.println ("Translator2Java terminou de ver o processo " + PrinterUtil.printProcess (((ProcessPara)para).getCircusProcess(), this._spec));
}
} else if (para instanceof AxPara) {
// Translates the axiomatic definition
String axParaCode = (String) para.accept(_translatorVisitor);
_axParaCodeList.add(axParaCode);
}
else {
//System.out.println ("Nem ProcessPara, nem AxPara");
}
}
}
/**
* This method is the implementation of
*
* |[ CircusProgram ]|^{Program} proj
*
* in the strategy, where:
*
* - CircusProgram is the program defined by the attribute Spec
* - proj is the name of the project, defined by the attribute "projectName"
*/
public void createSources() throws JCircusException {
// Create the directories for the project
createDirStructure();
//In the linux version of JCircus, the \\ must be replaced by a /
(new GPSEGenerator (this._envLoadingVisitor.dim + 3, this._envLoadingVisitor.getMinComm(), this._envLoadingVisitor.getMaxAbsValueComm(), "paper", "src", this._envLoadingVisitor.getProjectDir(), this._envLoadingVisitor.getSpecNameOnTranslation())).generateClass();
GCArrayGenerator.generate (this._envLoadingVisitor.dim + 3, this._envLoadingVisitor.getProjectDir() + "/" + this._envLoadingVisitor.getProjectName() + "/src/" + this._envLoadingVisitor.getProjectName() + "/typing/GCArray.java", this._envLoadingVisitor.getSpecNameOnTranslation());
Vector <AbsCommValuesGenerator> absGens = new Vector <AbsCommValuesGenerator> ();
Vector <CCMapsGenerator> ccMapsGens = new Vector <CCMapsGenerator> ();
absGens = this._envLoadingVisitor.getAbsGens();
ccMapsGens = this._translatorVisitor.getccMapsGens();
for (int i = 0; i < absGens.size(); i++) {
absGens.elementAt(i).generate();
}
for (int j = 0; j < ccMapsGens.size(); j++) {
ccMapsGens.elementAt(j).generate();
}
// Corresponds to function "DeclareTypeClass" in the
// translation strategy documentation
createTypeClass();
// Creates class that represents the basic type \arithmos (number)
createCircusIntegerClass();
// Corresponds to function |[ ]|^{FreeTypes} in the strategy doc.
createClassesForFreeTypes();
// Corresponds to function "DeclareAxDefClass" in the strategy doc.
createAxDefHorizDefClass();
// Implements "|[ ProcDecls ]|^{ProcDecls} proj" in the strategy doc.
for (int i = 0; i < _procInfoList.size(); i++) {
ProcInfo procInfo = _procInfoList.get(i);
//procInfo.setCreateMain(true); //Em CRefine, JCircus criará Main para todos os processos.
// Class for process
createProcessClass(procInfo.getProcessName(), procInfo.getCode());
// Main for process
if (procInfo.getCreateMain()) {
createClassMain(procInfo);
createGUI(procInfo);
createBatFile(procInfo);
}
}
System.out.println("Source files for project \'" + _projectName +
"\' were created at " + _projectDir);
}
/**
* Creates the project folders.
*/
private void createDirStructure() throws SecurityException {
/*File dirProcesses = new File(_projectDir + "\\" + _projectName + "\\" +
Constants.PKG_PROCESSES);
File dirAxDefs = new File(_projectDir + "\\" + _projectName + "\\" +
Constants.PKG_AXDEFS);
File dirTyping = new File(_projectDir + "\\" + _projectName + "\\" +
Constants.PKG_TYPING);
File dirGui = new File(_projectDir + "\\" + _projectName + "\\" +
Constants.PKG_GUI);
File dirChannels = new File(_projectDir + "\\" + _projectName + "\\" +
"channels");
File dirCCMaps = new File(_projectDir + "\\" + _projectName + "\\" +
"ccmaps");*/
File dirProcesses = new File(_projectDir + "/" + _projectName + "/" +
Constants.PKG_PROCESSES);
File dirAxDefs = new File(_projectDir + "/" + _projectName + "/" +
Constants.PKG_AXDEFS);
File dirTyping = new File(_projectDir + "/" + _projectName + "/" +
Constants.PKG_TYPING);
File dirGui = new File(_projectDir + "/" + _projectName + "/" +
Constants.PKG_GUI);
File dirChannels = new File(_projectDir + "/" + _projectName + "/" +
"channels");
File dirCCMaps = new File(_projectDir + "/" + _projectName + "/" +
"ccmaps");
dirProcesses.mkdirs();
dirAxDefs.mkdirs();
dirTyping.mkdirs();
dirGui.mkdirs();
dirChannels.mkdirs();
dirCCMaps.mkdirs();
}
/**
* Pg. 165.
*
* @param projectDir
* @param projectName
*/
private void createTypeClass() throws JCircusException {
String typeConstants = declareTypeConstants();
String pkg = getPackage(_projectName, Constants.PKG_TYPING, _compl);
// File from template
HashMap<String, String> map = new HashMap<String, String>();
map.put(Constants.C_TYPE_DECLCONST, typeConstants);
map.put(Constants.C_TYPE_PKG, pkg);
try {
/*String fileName = _projectDir + "\\" + _projectName + "\\" +
Constants.PKG_TYPING + "\\" + Constants.CLS_TYPE + Constants.JAVA_EXT;*/
String fileName = _projectDir + "/" + _projectName + "/" +
Constants.PKG_TYPING + "/" + Constants.CLS_TYPE + Constants.JAVA_EXT;
Util.createFileFromTemplate(Constants.TMP_TYPE, map, fileName);
} catch (Throwable t) {
throw new JCircusException("Error while trying to create Type class", t);
}
}
/**
* Returns Java code for the declaration of constants for all the types.
* Pg. 166.
*
* @return
*/
private String declareTypeConstants() {
String code = "";
int numberFt = _environment.freeTypesEnvironmentSize();
// Insert all the free types
for (int i = 0; i < numberFt; i++) {
Freetype ft = _environment.freeTypesEnvironmentGet(i);
code += "
public static final int " +
ft.getZName()/*getDeclName*/ + " = " + i + ";";
}
// Insert the CircusInteger type
code += "
public static final int " + Constants.CLS_CIRCNUM + " = " + numberFt + ";";
// min and max constants
code += "
public static final int MIN_TYPE_ID = 0;";
code += "
public static final int MAX_TYPE_ID = " + numberFt + ";";
return code;
}
/**
* Create CircusInteger.class
*
* @param projectDir
* @param projectName
*/
private void createCircusIntegerClass() throws JCircusException {
try {
String pkg = getPackage(_projectName, Constants.PKG_TYPING, _compl);
// File from template
HashMap<String, String> map = new HashMap<String, String>();
map.put(Constants.C_CIRCINT_PKG, pkg);
/*String fileName = _projectDir + "\\" + _projectName + "\\" +
Constants.PKG_TYPING + "\\" + Constants.CLS_CIRCNUM + Constants.JAVA_EXT;*/
String fileName = _projectDir + "/" + _projectName + "/" +
Constants.PKG_TYPING + "/" + Constants.CLS_CIRCNUM + Constants.JAVA_EXT;
Util.createFileFromTemplate(Constants.TMP_CIRCINT, map, fileName);
} catch (Throwable t) {
throw new JCircusException("Error while trying to create CircusInteger class.", t);
}
}
/**
* Creates classes for all the free types.
*
*/
private void createClassesForFreeTypes() throws JCircusException {
for (int i = 0; i < this._environment.freeTypesEnvironmentSize(); i++) {
Freetype freetype = _environment.freeTypesEnvironmentGet(i);
createClassForFreeType(freetype);
}
}
/**
* Creates class for a free type.
* Pg. 167.
*
* @param freetype
*/
private void createClassForFreeType(Freetype freetype) throws JCircusException {
String name = freetype./*getDeclName*/getZName().toString();
String constants = "";
String toStringCode = "
String result = null;
switch(super.getValue()) {";
String constructorCode = "";
int index = 0;
//Abaixo foi mudado!!!
ZBranchList/*ListTerm*/ branches = (ZBranchList) (freetype.getBranchList());
//ListTerm branches = freetype.getBranch();
// Constants
for (int i = 0; i < branches.size(); i++) {
Branch branch = (Branch) branches.get(i);
String nameFreeTypeElement = branch.getZName()/*getDeclName()*/.toString();
constants = constants + "
public static final int " + nameFreeTypeElement + " = " + index + ";";
toStringCode += "
case " + nameFreeTypeElement + ": result = \"" + nameFreeTypeElement + "\";
break;";
constructorCode += "
if (st.equals(\"" + nameFreeTypeElement + "\"))
\tthis.setValue(" + index + ");";
index++;
}
toStringCode += "
}";
toStringCode += "
return result;";
constants = constants + "
public static final int MIN_VALUE = 0;";
constants = constants + "
public static final int MAX_VALUE = " + (branches.size() - 1) + ";";
// Formatting
toStringCode = CodeFormatting.format(toStringCode);
constructorCode = CodeFormatting.format(constructorCode);
String pkg = getPackage(_projectName, Constants.PKG_TYPING, _compl);
// File from template
HashMap<String, String> map = new HashMap<String, String>();
map.put(Constants.C_SUBTYPE_PROJ, _projectName);
map.put(Constants.C_SUBTYPE_CLSNAME, name);
map.put(Constants.C_SUBTYPE_CONST, constants);
map.put(Constants.C_SUBTYPE_TOSTR, toStringCode);
map.put(Constants.C_SUBTYPE_CONSTRUCTOR, constructorCode);
map.put(Constants.C_SUBTYPE_PKG, pkg);
try {
/*String fileName = _projectDir + "\\" + _projectName + "\\" +
Constants.PKG_TYPING + "\\" + name + ".java";*/
String fileName = _projectDir + "/" + _projectName + "/" +
Constants.PKG_TYPING + "/" + name + ".java";
Util.createFileFromTemplate(Constants.TMP_SUBTYPE, map, fileName);
//System.out.println ("((((((((((((((((((((((((((((((((((((((((((((((((((");
} catch (Throwable t) {
throw new JCircusException("Error while trying to create class for free type" +
name, t);
}
}
/**
* Creates class for the axiomatic definitions and horizontal definitions.
*/
private void createAxDefHorizDefClass() throws JCircusException {
String pkg = getPackage(_projectName, Constants.PKG_AXDEFS, _compl);
String imp = getImports(_projectName);
String body = "";
for (int i = 0; i < _axParaCodeList.size(); i++) {
body = body + _axParaCodeList.get(i) + "
";
}
// Formatting
body = CodeFormatting.format(body);
// File from template
HashMap<String, String> map = new HashMap<String, String>();
map.put(Constants.C_AXDEFS_PKG, pkg);
map.put(Constants.C_AXDEFS_IMP, imp);
map.put(Constants.C_AXDEFS_BODY, body);
try {
/*String fileName = _projectDir + "\\" + _projectName + "\\" +
Constants.PKG_AXDEFS + "\\" + Constants.CLS_AXDEFS + Constants.JAVA_EXT;*/
String fileName = _projectDir + "/" + _projectName + "/" +
Constants.PKG_AXDEFS + "/" + Constants.CLS_AXDEFS + Constants.JAVA_EXT;
Util.createFileFromTemplate(Constants.TMP_AXDEFS, map, fileName);
} catch (Throwable t) {
throw new JCircusException("Error while trying to create AxiomaticDefinitions class", t);
}
}
/**
* Creates class for a process definition.
* Pg. 137.
*
* @param projectDir
* @param projectName
*/
private void createProcessClass(String processName, String processBody) throws JCircusException {
// Format
String formattedProcessBody = CodeFormatting.format(processBody);
String pkg = getPackage(_projectName, Constants.PKG_PROCESSES, _compl);
String imp = getImports(_projectName);
// File from template
HashMap<String, String> map = new HashMap<String, String>();
map.put(Constants.C_PROC_PROJ, _projectName);
map.put(Constants.C_PROC_CLSBODY, formattedProcessBody);
map.put(Constants.C_PROC_CLSNAME, processName);
map.put(Constants.C_PROC_PKG, pkg);
map.put(Constants.C_PROC_IMP, imp);
try {
/*String fileName = _projectDir + "\\" + _projectName + "\\" +
Constants.PKG_PROCESSES + "\\" + processName + ".java";*/
String fileName = _projectDir + "/" + _projectName + "/" +
Constants.PKG_PROCESSES + "/" + processName + ".java";
Util.createFileFromTemplate(Constants.TMP_PROC, map, fileName);
} catch (Throwable t) {
throw new JCircusException("Error while trying to create process class for " +
processName, t);
}
}
/**
* Creates class Main for a process definition.
*
* @param projectDir
* @param projectName
* @param processDefinitionMain
* @throws Exception
*/
private void createClassMain(ProcInfo procInfo) throws JCircusException {
// Parameters for template
String pkg = getPackage(_projectName, null, _compl);
String imp = getImports(_projectName);
String nameMain = "Main_" + procInfo.getProcessName();
String declarations = attributeDeclMainCode(procInfo.getProcessPara());
String processCall = processCallCode(procInfo);
// File from template
HashMap<String, String> map = new HashMap<String, String>();
map.put(Constants.C_MAIN_PKG, pkg);
map.put(Constants.C_MAIN_IMP, imp);
map.put(Constants.C_MAIN_PROJ, _projectName);
map.put(Constants.C_MAIN_NMMAIN, nameMain);
map.put(Constants.C_MAIN_DECLS, declarations);
map.put(Constants.C_MAIN_PROCCALL, processCall);
try {
//String fileName = _projectDir + "\\" + _projectName + "\\" + nameMain + ".java";
String fileName = _projectDir + "/" + _projectName + "/" + nameMain + ".java";
Util.createFileFromTemplate(Constants.TMP_MAIN, map, fileName);
} catch (Throwable t) {
throw new JCircusException("Error while trying to create main class for " +
procInfo.getProcessName());
}
}
/**
* Code for declaration of channels in the main class.
*/
// DUPLICATED CODE? TV.attributeDeclCode()
private String attributeDeclMainCode (ProcessPara processParaMain) {
String code = "";
PId2PNameEnv p2pe = new PId2PNameEnv ();
CircusProcess circusProcess = processParaMain.getCircusProcess();
String processName = processParaMain.getZName().toString();
ChanInfoEnv multiSyncEnv = Util.getChannelMSEnvAnn(processParaMain); //By Angela Freitas
String key = this.procProcessParaEnv.getKey(processParaMain);
ProcChanEnv procchanenv = this.getProcName2ProcChanEnv().get(key);
ChanInfoEnv cie = procchanenv.getChanInfoEnv();
ProcChanEnv procChanEnv = Util.getProcChanEnvAnn(processParaMain);
ChanUseEnv chanUseEnvHid = procChanEnv.getChanUseEnvHid();
// Gets process id
Integer procId = Util.getIdCircusProcessAnn(circusProcess).getId();
Iterator it = multiSyncEnv.iteratorKeys();
// For each channel
while(it.hasNext()) {
String channelName = (String) it.next();
ProcChanUseEnv chanMSEnv = multiSyncEnv.get(channelName);
//chanMSEnv.setChannelSet(multiSyncEnv.getChannelSet());
if (!chanUseEnvHid.containsKey(channelName)
&& ChannelUtil.getVisibleChannelsFromMainAction(circusProcess, processName, _spec).contains(channelName)
) {
// Code for the declaration of the channel - only channels that
// are not hidden can appear in the gui
code = code + channelCode(channelName, procId, processName, chanMSEnv/*, p2pe*/);
System.out.print ("");
}
}
return code;
}
/**
* Code for declaration of one channel in the main class. Example of code:
*
* final Any2OneChannel[] from_a = Any2OneChannel.create(3); // number of processes that take part in the MS - MS only
*
* final Any2OneChannel to_a = new Any2OneChannel();
*
* Hashtable ht = new Hashtable();
* ht.put("GC_A", new Integer(1));
* ht.put("GC_B", new Integer(0));
* ht.put("GC_C", new Integer(2));
* final ChanInfo chanInfo = new ChanInfo(ht);
*
* final GeneralChannel a = new GeneralChannel(
* to_a,
* from_a, // MS only
* chanInfo,
* "GC_P");
*
* OBS: Variables are no longer 'final', I do not remeber why they were like this
* before.
*
*/
private String channelCode(String channelName, Integer procId, String procName, ProcChanUseEnv chanMSEnv) {
String code = "";
String toChannel = "to_" + channelName;
String fromChannel = "from_" + channelName;
String chanInfo = "chanInfo_" + channelName;
/**
* The variables in the
*
*/
if (chanMSEnv.isMultiSync2(this.pcme.get(procName))) {
if (!useBarriers) {
code = code + "org.jcsp.lang.Any2OneChannel [] " + fromChannel + " = org.jcsp.lang.Channel.any2oneArray (" + chanMSEnv.getCardinality() + ");
"; //Sam's, JCSP novo
}
}
// to_channel declaration
//code = code + "Any2OneChannel " + toChannel + " = new Any2OneChannel();
"; //Angela's, JCSP antigo
if (!useBarriers) {
code = code + "org.jcsp.lang.Any2OneChannel " + toChannel + " = org.jcsp.lang.Channel.any2one ();
"; //Sam's, JCSP novo
}
List <Integer> ids = Util.resolveUndefinedChannels (chanMSEnv, true); //By Angela Freitas
code = code + " " + Constants.CLS_CHINFO + " " + chanInfo + " = new " + Constants.CLS_CHINFO + " ();
";
int startValue = 1;
for (int i = 0; i < ids.size(); i++) { //This loop was implemented by Samuel Barrocas, in 16/12/2010, 18:07hs
Integer subProcId = (Integer) ids.get(i);/*.get(j);*/
String strfrts = this.frontEndUpdater.strfrontends (chanMSEnv.getProcName(subProcId), channelName, startValue);
code = code + chanInfo + ".putArray (new Integer (" + subProcId + "), " +
strfrts +
");
";
if (!chanMSEnv.getProcName(subProcId).equals("$$GUI$$")) {
FrontEndCounter fec = this.frontEndUpdater.getProcFrontEndCounterEnv().get(chanMSEnv.getProcName(subProcId));
if (fec != null) {
if (fec.get(channelName) == null) {
startValue = 0;
}
else startValue = fec.get(channelName) + 1;
}
else startValue = 0;
}
}
// general channel
if (chanMSEnv.isMultiSync2(this.pcme.get(procName))) {
// multisynchronization
//code = code + "/*" + channelName + " é um canal multisincronizado!*/
";
int dimChannel;
HiddenFromGUIInfo infoprocessname = this.prochid.get(procName);
//if (infoprocessname.getCoadjChannels().contains(channelName)) {
//dimChannel = this.updatedChanDimEnv.get(infoprocessname.get(channelName));
//}
//else {
dimChannel = this.updatedChanDimEnv.get(channelName);
//}
code = code + " GeneralChannel " + (brackets (dimChannel)) + " " + channelName + " = GCArray.create" + ((dimChannel < 0)? 0 : dimChannel) + "Array (";
if (!useBarriers) {
code = code + toChannel + ",";
code = code + fromChannel + ",";
}
code = code + chanInfo + ",";
code = code + "new Integer(" + procId + "), " + "new int [] {" + TypeUtil.getTypeSizes (channelName, this.cte) + "}"/*(this._envLoadingVisitor.getMaxAbsValueComm() + 1)*/ + ");
";
} else {
// not multisynchronization
//code = code + "/*" + channelName + " NÃO é um canal multisincronizado! */
";
int dimChannel;
HiddenFromGUIInfo infoprocessname = this.prochid.get(procName);
//if (infoprocessname.getCoadjChannels().contains(channelName)) {
//dimChannel = this.updatedChanDimEnv.get(infoprocessname.get(channelName));
//}
//else {
dimChannel = this.updatedChanDimEnv.get(channelName);
//}
code = code + "GeneralChannel " + (brackets (dimChannel)) + " " + channelName + " = /*1*/" + "GCArray.create" + ((dimChannel < 0)? 0 : dimChannel) + "Array (";
if (!useBarriers) {
code = code + toChannel + ",";
}
code = code + chanInfo + ","
+ "new Integer(" + procId + "), "
+ "new int [] {"
+ TypeUtil.getTypeSizes (channelName, this.cte)
+ "}"
/*(this._envLoadingVisitor.getMaxAbsValueComm() + 1)*/
+ ");
";
}
return code;
}
/**
* Code for call to the main process.
*
*/
private String processCallCode(ProcInfo procInfo) throws JCircusException {
String code = "";
String processName = procInfo.getProcessName();
CircusProcess circusProcess = procInfo.getProcessPara().getCircusProcess();
ChanInfoEnv chanInfoEnv = Util.getChannelMSEnvAnn(procInfo.getProcessPara());
Integer procId = Util.getIdCircusProcessAnn(circusProcess).getId();
ProcessPara processPara = procInfo.getProcessPara();
ProcChanEnv procChanEnv = Util.getProcChanEnvAnn(processPara);
ChanUseEnv chanUseEnvHid = procChanEnv.getChanUseEnvHid();
String params = paramsCode(procInfo);
String processNameGui = getNameGui(processName);
List<String> listProcessesCode = new ArrayList();
/**
* Builds the parameters for the GUI, that is, the code for the
* passage of channels as parameters.
*/
// c is the number of channels that take part in the gui
int c = 0;
String paramsGui = "";
String comma = ", ";
//Iterator it = chanInfoEnv.iteratorKeys();
Iterator it = chanInfoEnv.iteratorKeysFromMainAction(processPara, _spec); //10/06/2013
String params4Par = ""; //Variável criada por Samuel Barrocas
String p_name = "p_", p_gui_name = "p_gui_"; //Variáveis criadas por Samuel Barrocas
String list_of_gpse_p_channels = ""; //By Samuel Barrocas
String list_of_gpse_gui_channels = ""; //By Samuel Barrocas
int counter_gpse_channels = 1; //By Samuel Barrocas
while (it.hasNext()) {
String channelName = (String) it.next();
ProcChanUseEnv chanMSEnv = chanInfoEnv.get(channelName);
if (!chanMSEnv.isSync() && !chanUseEnvHid.containsKey(channelName)) {
/**
* Independent channels - they will synchronize only with the gui.
* They cannot be hidden otherwise the gui cannot see them.
*/
if (isTranslatedAsSimpleSynchronised (channelName, this.prochid.get(processName), cmain)) {
paramsGui = paramsGui + comma + "/*V*/" + channelName +
"/*new " + Constants.CLS_GENCHAN + "(" + channelName + //Angela's
", new Integer(-1))*/"; // global id of gui is -1 //Angela's
}
else {
paramsGui = paramsGui + comma + "/*V*/ GPSE.getProcessSyncEnds (new Integer (-1), " + channelName + ")" +
"/*new " + Constants.CLS_GENCHAN + "(" + channelName + //Angela's
", new Integer(-1))*/"; // global id of gui is -1 //Angela's
}
c++;
}
/*Abaixo código escrito por Samuel Barrocas (Sam's)*/
if (useBarriers) {
p_name = p_name + channelName + "_";
p_gui_name = p_gui_name + channelName + "_";
//if (!chanMSEnv.isSync()) {
if (!this._envLoadingVisitor.getEnvLoadingParProcessEnv().get(processName)) {
if (!isTranslatedAsSimpleSynchronised (channelName, this.prochid.get(processName), cmain)) {
list_of_gpse_p_channels = list_of_gpse_p_channels + "/*I*/GPSE.getProcessSyncEnds (new Integer (" + procId + "), " + channelName + ", " + "new int [] {" + TypeUtil.getTypeSizes (channelName, this.cte) + "}" + ")";
list_of_gpse_gui_channels = list_of_gpse_gui_channels + "/*I*/GPSE.getProcessSyncEnds (new Integer (-1), " + channelName + ", new int [] {" + TypeUtil.getTypeSizes (channelName, this.cte) + "}" + ")";
}
else {
list_of_gpse_p_channels = list_of_gpse_p_channels + "/*II*/" + channelName;
list_of_gpse_gui_channels = list_of_gpse_gui_channels + "/*II*/" + channelName;
//list_of_gpse_gui_channels = list_of_gpse_gui_channels + "GPSE.getProcessSyncEnds (new Integer (-1), " + channelName + ")";
}
}
else {
list_of_gpse_p_channels = list_of_gpse_p_channels + "/*III*/" + channelName;
//list_of_gpse_gui_channels = list_of_gpse_gui_channels + channelName;
list_of_gpse_gui_channels = list_of_gpse_gui_channels + "/*III*/GPSE.getProcessSyncEnds (new Integer (-1), " + channelName + ", new int [] {" + TypeUtil.getTypeSizes (channelName, this.cte) + "}" + ")";
}
//}
/*else {
list_of_gpse_p_channels = list_of_gpse_p_channels + channelName;
list_of_gpse_gui_channels = list_of_gpse_gui_channels + channelName;
}*/
//if (counter_gpse_channels < chanInfoEnv.size()) {
if (counter_gpse_channels < chanInfoEnv.sizeFromMainAction(processPara, _spec)) {
if (!list_of_gpse_p_channels.equals(""))
list_of_gpse_p_channels = list_of_gpse_p_channels + ", ";
if (!list_of_gpse_gui_channels.equals(""))
list_of_gpse_gui_channels = list_of_gpse_gui_channels + ", ";
}
counter_gpse_channels++;
}
/*Acima código escrito por Samuel Barrocas (Sam's)*/
}
if (this.bench == true) {
List <VarDecl> decls = procInfo.getParameters();
if (decls.size() > 0) {
if (!list_of_gpse_p_channels.equals(""))
list_of_gpse_p_channels += ", ";
for (int i = 0; i < procInfo.getParameters().size(); i++) {
String name = decls.get(i).getName().get(0).toString();
Expr type = procInfo.getTypeOfParameter(i);
if (type instanceof RefExpr) {
String typename = ((RefExpr) type).getZName().toString();
if (((RefExpr) type).getZName().toString().equals("ℕ")) {
list_of_gpse_p_channels += "new " + "CircusInteger" + " (0)";
}
else {
list_of_gpse_p_channels += "new " + typename + " (0)";
}
}
else {
list_of_gpse_p_channels += "new CircusInteger (0)";
}
if (i < procInfo.getParameters().size() - 1)
list_of_gpse_p_channels += ", ";
}
}
}
listProcessesCode.add (p_name);
listProcessesCode.add (p_gui_name);
if (useBarriers) {
String commaOrNothing = (list_of_gpse_gui_channels.equals("")? "" : ", ");
params4Par = params4Par + processName + " " + p_name + " = new " + processName + "(" + list_of_gpse_p_channels + ");
";
params4Par = params4Par +
"\t\tGui_" + processName + " " + p_gui_name + " = new Gui_" + processName + "(\"" + processName + "\""
+ commaOrNothing + list_of_gpse_gui_channels + ");
";
}
// c is the number of channels that take part in the gui
paramsGui = "\"" + processName + "\"" + paramsGui;
String parCodeLeft;
String parCodeRight;
//Abaixo, código do protocolo de multi-sincronização (nada a ver com a solução com barreiras alternantes)
if (chanInfoEnv.noMultiSync2(this.pcme.get(processName)) == 0) {
/**
* If there is no multi-synchronization, the main call is the
* parallelism of the main process and GUI.
*/
parCodeLeft = cspProcessCallCode(processName, params);
parCodeRight = cspProcessCallCode(processNameGui, paramsGui);
System.out.println ();
} else {
/**
* If there is multi-synchronization, the main call is the
* parallelism of ProcessManagerMultiSync and ControllersManager.
*/
parCodeLeft = processManagerCallCode(processName, params, processNameGui,
paramsGui);
parCodeRight = controllersManagerCallCode(chanInfoEnv, processName);
}
/**
* Creates the parallelism
*/
if (!useBarriers) {
listProcessesCode.add(parCodeLeft);
listProcessesCode.add(parCodeRight);
}
else { //Samuel Barrocas (Sam's)
//listProcessesCode.add (channelName + "_" + processName);
}
code = code + params4Par; //Samuel Barrocas (Sam's)
code = code + parallelCallRunCode(listProcessesCode, true);
return code;
}
/**
* Code for the params to the main process in class Main.
*
*/
private String paramsCode(ProcInfo procInfo) {
String code = "";
String processName = procInfo.getProcessName();
CircusProcess circusProcess = procInfo.getProcessPara().getCircusProcess();
String procParamCode = "";
// parameters of the process
if (circusProcess instanceof ParamProcess) {
procParamCode = paramList(procInfo.getCodeForActuals());
}
// visible channels passed as parameters
String chanParamCode = paramPassageCode(procInfo.getProcessPara());
// Channels come first
if (!chanParamCode.equals("") && !procParamCode.equals("")) {
code = chanParamCode + "/*---*/, " + procParamCode;
} else {
code = chanParamCode + "/*---*/" + procParamCode;
}
return code;
}
/**
* Return code for the expressions which are parameters of the process
*/
private String paramList(List<String> codeForActuals) {
String code = "";
String comma = "";
for (int i = 0; i < codeForActuals.size(); i++) {
code = code + comma + codeForActuals.get(i);
comma = ", ";
}
return code;
}
/**
*
*/
private String paramPassageCode(ProcessPara processParaMain) {
String code = "";
String processName = processParaMain.getZName()/*getDeclName()*/.toString();
CircusProcess circusProcess = processParaMain.getCircusProcess();
ChanInfoEnv channelMSEnv = Util.getChannelMSEnvAnn(processParaMain);
Integer id = Util.getIdCircusProcessAnn(circusProcess).getId();
ProcChanEnv procChanEnv = Util.getProcChanEnvAnn(processParaMain);
ChanUseEnv chanUseEnvHid = procChanEnv.getChanUseEnvHid();
String comma = "";
Iterator it = channelMSEnv.iteratorKeys();
// For each channel
while(it.hasNext()) {
String channelName = (String) it.next();
if (!chanUseEnvHid.containsKey(channelName)) {
// Hidden channels are not seen in main
ProcChanUseEnv syncEnv = channelMSEnv.get(channelName);
code = code + comma + channelName;
comma = ", /*--_-_-*/";
}
}
return code;
}
/**
*
*/
private String cspProcessCallCode(String name, String paramsCode) {
return "new " + name + "(" + paramsCode + ")";
}
/**
* Returns the code for the call to the constructor of class ProcessManagerMultiSync.java.
*
* Typically, this constructor will receive a process which is the parallelism of the main
* class and the gui.
*
*/
private String processManagerCallCode (String processName, String params,
String processNameGui, String paramsGui) throws JCircusException {
String code;
List<String> listProcessesCode = new ArrayList<String>();
listProcessesCode.add(cspProcessCallCode(processName, params));
listProcessesCode.add(cspProcessCallCode(processNameGui, paramsGui));
String parallelismCode = parallelCallRunCode(listProcessesCode, false);
HashMap<String, String> hashMap = new HashMap<String, String>();
hashMap.put(Constants.C_PROCMNGR_PROC, parallelismCode);
code = Util.getCodeFromTemplate(Constants.TMP_PROCMNGR, hashMap);
return code;
}
/**
* Returns the code for the call to the constructor of class ControllersManager.java.
*
*/
private String controllersManagerCallCode(ChanInfoEnv chanInfoEnv, String procName)
throws JCircusException {
String code;
String call;
if (chanInfoEnv.noMultiSync2(this.pcme.get(procName)) == 1) {
/**
* If there is only one controller, this is the call to the
* method run of the controller.
*/
Iterator<String> it = chanInfoEnv.iteratorKeys();
String channelName = "";
while(it.hasNext()) {
channelName = it.next();
ProcChanUseEnv syncEnv = chanInfoEnv.get(channelName);
if (syncEnv.isMultiSync2(this.pcme.get(procName)))
break;
}
call = "new " + Constants.CLS_MSCTRL + "(Channel.getOutputArray (from_" + channelName +
"), to_" + channelName + ".in())";
} else {
/**
* If there is more than one, this is the call to the method
* run of the parallelism of the controllers.
*
*/
List<String> listProcessCode = new ArrayList<String>();
/**
* iterates over the environments and when it finds one
* channel that is multisynchronized,
* adds its name to the array
*/
Iterator<String> it = chanInfoEnv.iteratorKeys();
while(it.hasNext()) {
String channelName = it.next();
ProcChanUseEnv syncEnv = chanInfoEnv.get(channelName);
if (syncEnv.isMultiSync2(this.pcme.get(procName))) {
String processCode = "";
/**
* Multi synchronization.
*/
processCode = "new " + Constants.CLS_MSCTRL + " (from_" +
channelName + ", to_" + channelName + ")";
listProcessCode.add(processCode);
}
}
call = parallelCallRunCode(listProcessCode, false);
}
HashMap<String, String> hashMap = new HashMap<String, String>();
hashMap.put(Constants.C_CTRLMNGR_CALL, call);
code = Util.getCodeFromTemplate(Constants.TMP_CTRLMNGR, hashMap);
return code;
}
/**
* Returns the source code for the call for the constructor of a parallelism.
*
* Receives the code for each CSPProcess that takes part in the parallelism.
*
* @param boolean run If it is true, appends the call method run() at the end.
*/
private String parallelCallRunCode(List<String> processes, boolean run)
throws JCircusException {
String code;
String listProcessesCode = "";
String comma = "";
for (int i=0; i < processes.size(); i++) {
listProcessesCode += comma + processes.get(i);
comma = ", ";
}
HashMap<String, String> hashMap = new HashMap<String, String>();
hashMap.put(Constants.C_PARCALL_LISTPROC, listProcessesCode);
code = Util.getCodeFromTemplate(Constants.TMP_PARCALL, hashMap);
if (run) {
code = code + ".run();";
}
return code;
}
/**
* Create class GUI for a process definition.
*/
private void createGUI(ProcInfo procInfo) throws JCircusException {
String nameMain = procInfo.getProcessName();
String pkg = getPackage(_projectName, Constants.PKG_GUI, _compl);
String imp = getImports(_projectName);
String nameGui = getNameGui(nameMain);
String chanDecl = chanDeclGuiCode(procInfo.getProcessPara());
String chanAssig = chanAssignGuiCode(procInfo.getProcessPara());
String chanParam = chanParamGuiCode(procInfo.getProcessPara());
String chanInit = chanInitGuiCode(procInfo.getProcessPara());
String chanActPerf = chanActPerfGuiCode(procInfo.getProcessPara());
// File from template
HashMap<String, String> map = new HashMap<String, String>();
map.put(Constants.C_GUI_PKG, pkg);
map.put(Constants.C_GUI_IMP, imp);
map.put(Constants.C_GUI_CLSNAME, nameGui);
map.put(Constants.C_GUI_CHANDECL, chanDecl);
map.put(Constants.C_GUI_CHANASSIG, chanAssig);
map.put(Constants.C_GUI_CHANPARAM, chanParam);
map.put(Constants.C_GUI_CHANINIT, chanInit);
map.put(Constants.C_GUI_CHANACTPERF, chanActPerf);
try {
/*String fileName = _projectDir + "\\" + _projectName + "\\" +
Constants.PKG_GUI + "\\" + nameGui + ".java";*/
String fileName = _projectDir + "/" + _projectName + "/" +
Constants.PKG_GUI + "/" + nameGui + ".java";
Util.createFileFromTemplate(Constants.TMP_GUI, map, fileName);
} catch (Throwable t) {
throw new JCircusException("Error while trying to create GUI for " +
procInfo.getProcessName(), t);
}
}
/**
* Code for declaration of GUI components of a channel.
*/
public String cdgcode (String channelName, String procName/*, String code*/) {
String code = "";
code = code + "
private GeneralChannel /*GC1*/" + CCUtil.bracketizeds(this.updatedChanDimEnv.get(channelName), "") + " " + channelName + ";";
code = code + "
private javax.swing.JButton btn_" + channelName + ";";
code = code + "
private javax.swing.JLabel lbl_" + channelName + ";";
code = code + "
private javax.swing.JPanel panel_" + channelName + " = new javax.swing.JPanel ();";
code = code + "
private javax.swing.JComboBox " + "[]" + " combo_" + channelName +
" = new javax.swing.JComboBox [" +
(this._envLoadingVisitor.getChanDimEnv().get(channelName) < 0?
0 : this._envLoadingVisitor.getChanDimEnv().get(channelName)) + "]; //Changed by Samuel Barrocas";
code = code +
"
Vector <String []> boxcontent_" + channelName + " = new Vector <String []> ();
" +
"
public JComboBox [] instComboBoxes_" + channelName + " (int x) { //Code Developed by Samuel Barrocas (Sam's)
" +
" javax.swing.JComboBox [] cb = new javax.swing.JComboBox [x];
";
Vector <Vector <BigInteger>> vec = cte.get(channelName);
for (int i = 0; i < vec.size(); i++) {
code = code +
" boxcontent_" + channelName + ".addElement (" + Channel2TypeEnvironment.stringCode (channelName, i, cte) + ");
";
}
code = code +
"
" +
" for (int i = 0; i < x; i++) {
" +
" cb [i] = new javax.swing.JComboBox (boxcontent_" + channelName + ".elementAt (i));
" +
" }
" +
" return cb;
" +
" }
";
code = code +
" public int [] getValues_" + channelName + " (JComboBox [] jcb, Vector <String []> boxcontent_" + channelName +") { //Method developed by Samuel Barrocas (Sam's)
" +
" int [] values = new int [" + numberOfValuesComm (channelName, this.prochid.get(procName)) + "];
";
for (int i = 0; i < vec.size(); i++) {
code = code +
" values [" + i + "] = (new " + cte.getFreeType (channelName, i) + "(boxcontent_" + channelName + ".elementAt(" + i + ") [jcb [" + i + "].getSelectedIndex()])).getValue();
";
}
code = code + " return values;
" +
" }
";
return code;
}
private String chanDeclGuiCode(ProcessPara processParaMain) {
String code = "";
String processName = processParaMain.getZName()/*getDeclName()*/.toString();
CircusProcess circusProcess = processParaMain.getCircusProcess();
ChanInfoEnv channelMSEnv = Util.getChannelMSEnvAnn(processParaMain);
ProcChanEnv procChanEnv = Util.getProcChanEnvAnn(processParaMain);
ChanUseEnv chanUseEnvHid = procChanEnv.getChanUseEnvHid();
//Set keys = channelMSEnv.keys();
Set keys = channelMSEnv.keysFromMainAction(processParaMain, _spec);
Iterator it = keys.iterator();
while (it.hasNext()) {
String channelName = (String) it.next();
if (this.prochid.get(processName).getCoadjChannels().contains(channelName)) {
String mainChannelName = this.prochid.get(processName).get(channelName);
if ((this.prochid.get(processName).getPutDecl(mainChannelName) == false || !fullparallelism)) {
this.prochid.get(processName).putPutDecl(mainChannelName, true);
code += cdgcode (mainChannelName, processName);
}
}
ProcChanUseEnv syncEnv = channelMSEnv.get(channelName);
HiddenFromGUIInfo infoprocessname = this.prochid.get(processName);
if ((this.prochid.get(processName).getPutDecl(channelName) == false || !fullparallelism)) {
this.prochid.get(processName).putPutDecl(channelName, true);
int chanDim;
chanDim = this.updatedChanDimEnv.get(channelName);
code = code + "
private GeneralChannel /*GC2*/ "
+ CCUtil.bracketizeds(chanDim, "")
+ " " + channelName + ";";
code = code + "
private javax.swing.JButton btn_" + channelName + ";";
code = code + "
private javax.swing.JLabel lbl_" + channelName + ";";
code = code + "
private javax.swing.JPanel panel_" + channelName + " = new javax.swing.JPanel ();";
code = code + "
private javax.swing.JComboBox " + "[]" + " combo_" + channelName +
" = new javax.swing.JComboBox [" +
(this._envLoadingVisitor.getChanDimEnv().get(channelName) < 0?
0 : this._envLoadingVisitor.getChanDimEnv().get(channelName)) + "]; //Changed by Samuel Barrocas";
code = code +
"
Vector <String []> boxcontent_" + channelName + " = new Vector <String []> ();
" +
"
public JComboBox [] instComboBoxes_" + channelName + " (int x) { //Code Developed by Samuel Barrocas (Sam's)
" +
" javax.swing.JComboBox [] cb = new javax.swing.JComboBox [x];
";
Vector <Vector <BigInteger>> vec = cte.get(channelName);
for (int i = 0; i < vec.size(); i++) {
code = code +
" boxcontent_" + channelName + ".addElement (" + Channel2TypeEnvironment.stringCode (channelName, i, cte) + ");
";
}
code = code +
"
" +
" for (int i = 0; i < x; i++) {
" +
" cb [i] = new javax.swing.JComboBox (boxcontent_" + channelName + ".elementAt (i));
" +
" }
" +
" return cb;
" +
" }
";
code = code +
" public int [] getValues_" + channelName + " (JComboBox [] jcb, Vector <String []> boxcontent_" + channelName +") { //Method developed by Samuel Barrocas (Sam's)
" +
" int [] values = new int [" + numberOfValuesComm (channelName, infoprocessname) + "];
";
for (int i = 0; i < vec.size(); i++) {
code = code +
" values [" + i + "] = (new " + cte.getFreeType (channelName, i) + "(boxcontent_" + channelName + ".elementAt(" + i + ") [jcb [" + i + "].getSelectedIndex()])).getValue();
";
}
code = code + " return values;
" +
" }
";
}
}
return code;
}
public static boolean isTranslatedAsSimpleSynchronised
(
String chanName,
//HiddenFromGUIInfo hid,
ChanTransMSEnv ctmse,
ChanComplexCommEnv ccce,
ChanDotFieldEnv cdfe,
ChanExtChoiceEnv cece,
ChanDimEnv cde,
boolean cmain
) {
if (ctmse.get(chanName)
|| ccce.get(chanName)
|| cdfe.get(chanName)
|| cece.get(chanName)
|| (cde.get(chanName) <= 0) || ctmse.get(chanName)
|| cmain
) {
return false;
}
return true;
}
public boolean isTranslatedAsSimpleSynchronised (String chanName, HiddenFromGUIInfo hid, boolean cmain) {
return isTranslatedAsSimpleSynchronised (
chanName, //hid,
this._envLoadingVisitor.getChanMultiSyncEnv(),
this._envLoadingVisitor.getChanComplexCommEnv(),
this._envLoadingVisitor.getChanDotFieldEnv(),
this._envLoadingVisitor.getChanExtChoiceEnv(),
this._envLoadingVisitor.getChanDimEnv(),
cmain
);
}
public int numberOfValuesComm (String chanName, HiddenFromGUIInfo hid) {
if (chanName.equals ("returned")) {
System.out.print("");
}
if (hid.reverseGet(chanName).size() > 1) {
Vector <String> reverse = hid.reverseGet(chanName);
String coadjchan = reverse.get(1);
int dim = this.updatedChanDimEnv.get(coadjchan);
return dim;
}
return this.updatedChanDimEnv.get(chanName);
//return this._envLoadingVisitor.getChanDimEnv().get(chanName);
}
/**
* Code for the body of a constructor in the GUI component.
*/
private String chanAssignGuiCode(ProcessPara processParaMain) {
String code = "";
String processName = processParaMain.getZName().toString();
CircusProcess circusProcess = processParaMain.getCircusProcess();
ChanInfoEnv channelMSEnv = Util.getChannelMSEnvAnn(processParaMain);
ProcChanEnv procChanEnv = Util.getProcChanEnvAnn(processParaMain);
ChanUseEnv chanUseEnvHid = procChanEnv.getChanUseEnvHid();
//Iterator it = channelMSEnv.iteratorKeys();
Iterator it = channelMSEnv.iteratorKeysFromMainAction(processParaMain, _spec); //10/06/2013
while (it.hasNext()) {
String channelName = (String) it.next();
ProcChanUseEnv syncEnv = channelMSEnv.get(channelName);
if (!chanUseEnvHid.containsKey(channelName)) {
if (this.prochid.get(processName).getCoadjChannels().contains(channelName)) {
code = code + "this." + channelName + " = " + channelName + ";
\t\t";
}
else {
Vector <String> coadjChannels = this.prochid.get(processName).reverseGet(channelName);
if (coadjChannels == null) {
System.out.print("");
}
else {
for (int i = 0; i < coadjChannels.size(); i++) {
String coadj = coadjChannels.get(i);
if (!this.prochid.get(processName).getMainChannels().contains(coadj)) {
String main = this.prochid.get(processName).get(coadj);
if (this.prochid.get(processName).reverseGet(main).size() <= 2 && main != null) {
code = code + "this." + main + " = " + main + ";";
}
else {
code = code + "this." + coadj + " = " + coadj + ";";
}
}
else {
code = code + "this." + coadj + " = " + coadj + ";";
}
}
}
}
}
}
return code;
}
/**
* Code for parameters in the constructor in a GUI component.
*/
private String chanParamGuiCode(ProcessPara processParaMain) {
String code = "";
String processName = processParaMain.getZName().toString();
CircusProcess circusProcess = processParaMain.getCircusProcess();
ChanInfoEnv channelMSEnv = Util.getChannelMSEnvAnn(processParaMain);
ProcChanEnv procChanEnv = Util.getProcChanEnvAnn(processParaMain);
ChanUseEnv chanUseEnvHid = procChanEnv.getChanUseEnvHid();
//Iterator it = channelMSEnv.iteratorKeys();
Iterator it = channelMSEnv.iteratorKeysFromMainAction(processParaMain, _spec); //10/06/2013
// for each channel
while (it.hasNext()) {
String channelName = (String) it.next();
ProcChanUseEnv syncEnv = channelMSEnv.get(channelName);
if (/*!syncEnv.isSync() &&*/ !chanUseEnvHid.containsKey(channelName)) {
int chanDim;
HiddenFromGUIInfo infoprocessname = this.prochid.get(processName);
//if (infoprocessname.getCoadjChannels().contains(channelName)) {
//String mainChannelName = infoprocessname.get(channelName);
//chanDim = this.updatedChanDimEnv.get(mainChannelName);
//}
//else {
chanDim = this.updatedChanDimEnv.get(channelName);
//}
int dim = chanDim;/*this.updatedChanDimEnv.get(channelName)*/
code = code + ", "
+ Constants.CLS_GENCHAN + " "
+ CCUtil.bracketizeds(dim, "") + "/*88*/ " + channelName;
}
}
return code;
}
/**
*
*/
private String chanInitGuiCode(ProcessPara processParaMain) {
String code = "";
String processName = processParaMain.getZName()/*getDeclName()*/.toString();
CircusProcess circusProcess = processParaMain.getCircusProcess();
ChanInfoEnv channelMSEnv = Util.getChannelMSEnvAnn(processParaMain);
ProcChanEnv procChanEnv = Util.getProcChanEnvAnn(processParaMain);
ChanUseEnv chanUseEnvHid = procChanEnv.getChanUseEnvHid();
//Iterator it = channelMSEnv.iteratorKeys();
Iterator it = channelMSEnv.iteratorKeysFromMainAction(processParaMain, _spec); //10/06/2013
// for each channel
while (it.hasNext()) {
String channelName = (String) it.next();
ProcChanUseEnv syncEnv = channelMSEnv.get(channelName);
if (/*!syncEnv.isSync() &&*/ !chanUseEnvHid.containsKey(channelName)) { //TODO descomentar isSync()?
ChanUse chanUse = syncEnv.getChanUseGuiNotSyncChannel();
CircusType circusType = procChanEnv.getNameTypeEnv().getCircusType(channelName);
/**
* Error when I try to use velocity:
* org.apache.velocity.exception.ParseErrorException: Encountered "java" at line 5, column 37.
* Was expecting one of:
* "," ...
* ")" ...
* at org.apache.velocity.Template.process(Template.java:141)
*
*/
if (circusType != null) {
if (circusType.isSyncType()) {
if (!this.prochid.get(processName).getCoadjChannels().contains(channelName)) //"if" by Samuel Barrocas
code = code + "/*_A_*/" + initGuiChanSync(processName, channelName);
else {
code = code + "/*_B_*/" + initGuiChanSync(processName, this.prochid.get(processName).get(channelName));
}
} else {
String commTypeName = circusType.getJavaCircusTypeName();
if (chanUse == null) {
chanUse = ChanUse.Undefined;
}
if (!this.prochid.get(processName).getCoadjChannels().contains(channelName)) {//"if" by Samuel Barrocas
if (chanUse == null) {
chanUse = ChanUse.Undefined;
}
code = code + "/*_C_*/" + initGuiChanComm(processName, channelName, chanUse.toStringGUI(),
commTypeName);
System.out.println ();
}
else {
code = code + "/*_D_*/" + initGuiChanComm(processName, this.prochid.get(processName).get(channelName), chanUse.toStringGUI(),
commTypeName);
//code = code + initGuiChanSync(this.hid.get(channelName));
}
}
}
}
}
return code;
}
/**
* Code for initialisation of the GUI components for a synchronisation channel.
*/
private String initGuiChanSync(String processName, String chanName) {
String code = "";
/*if (this.prochid.get(processName).getCoadjChannels().contains(chanName))
chanName = this.prochid.get(processName).get (chanName);*/
HiddenFromGUIInfo hie = this.prochid.get(processName);
if ((this.prochid.get(processName).getPutAtt(chanName) == false || !fullparallelism)) {
this.prochid.get(processName).putPutAtt (chanName, true);
code += "
\t\tbtn_" + chanName + " = new javax.swing.JButton(\"" + chanName + "\");";
code += "
\t\tpanel_" + chanName + " = new javax.swing.JPanel();";
code += "
\t\tbtn_" + chanName + ".addActionListener(new java.awt.event.ActionListener() {";
code += "
\t\t\tpublic void actionPerformed(java.awt.event.ActionEvent evt) {";
code += "
\t\t\t\tbtn_" + chanName + "_ActionPerformed(evt);";
code += "
\t\t\t}";
code += "
\t\t});";
//code += "
\t\tthis.getContentPane().add(btn_" + chanName + ");";
code += "
\t\tpanel_" + chanName + ".add(btn_" + chanName + ");";
/*totalcontainer.add(panel_c);
totalcontainer.add(new javax.swing.JLabel(""));*/
/*code += "
\t\tthis.getContentPane().add(panel_" + chanName + ");";
code += "
\t\tthis.getContentPane().add(new javax.swing.JLabel(\"\"));";*/
code += "
\t\ttotalcontainer.add(panel_" + chanName + ");";
code += "
\t\ttotalcontainer.add(new javax.swing.JLabel(\"\"));";
code += "
";
}
return code;
}
/**
* Code for initialisation of the GUI components for a communication channel.
*/
private String initGuiChanComm(String processName, String chanName, String chanType,
String commType) {
String code = "";
/*if (this.prochid.get(processName).getCoadjChannels().contains(chanName))
chanName = this.prochid.get(processName).get (chanName);*/
if (this.prochid.get(processName).getPutAtt(chanName) == false) {
this.prochid.get(processName).putPutAtt(chanName, true);
code += "
\t\tbtn_" + chanName +
" = new javax.swing.JButton(\"" + chanName + "\");";
code += "
\t\tcombo_" + chanName +
" = instComboBoxes_" + chanName + " (" + numberOfValuesComm(chanName, this.prochid.get(processName)) /*this._envLoadingVisitor.getChanDimEnv().get(chanName)*/ + "); //Modificado por Samuel Barrocas (Sam's)"; //Sam's
code += "
\t\tlbl_" + chanName +
" = new javax.swing.JLabel(\"/*__*/" + chanType + ": " + commType +
"\", SwingConstants.LEFT);";
code += "
\t\tthis.btn_" + chanName + ".addActionListener(new java.awt.event.ActionListener() {";
code += "
\t\t\tpublic void actionPerformed(java.awt.event.ActionEvent evt) {";
code += "
\t\t\t\tbtn_" + chanName + "_ActionPerformed(evt);";
code += "
\t\t\t}";
code += "
\t\t});";
code += "
";
code += "
\t\tthis.panel_" + chanName + ".add(btn_" + chanName + ");";
code += "
\t\tthis.panel_" + chanName + ".setLayout (new FlowLayout());";
code += "
\t\tfor (int i = 0; i < " + numberOfValuesComm (chanName, this.prochid.get(processName))/*this._envLoadingVisitor.getChanDimEnv().get(chanName)*/ + "; i++) { //Criado por Samuel Barrocas (Sam's)
" +
"\t\t\tthis.panel_" + chanName + ".add(combo_" + chanName + " [i]);
" +
"\t\t}
";
//code += "\t\tthis.getContentPane().add(panel_" + chanName + ");";
code += "\t\ttotalcontainer.add(panel_" + chanName + ");";
//code += "
\t\tthis.getContentPane().add(lbl_" + chanName + ");";
code += "
";
}
return code;
}
/**
*
*/
String currentProcess = ""; //Sam's
private String chanActPerfGuiCode(ProcessPara processParaMain) {
String code = "";
String processName = processParaMain.getZName()/*getDeclName()*/.toString();
currentProcess = processName; //Sam's
CircusProcess circusProcess = processParaMain.getCircusProcess();
ChanInfoEnv channelMSEnv = Util.getChannelMSEnvAnn(processParaMain);
ProcChanEnv procChanEnv = Util.getProcChanEnvAnn(processParaMain);
ChanUseEnv chanUseEnvHid = procChanEnv.getChanUseEnvHid();
//Iterator it = channelMSEnv.iteratorKeys();
Iterator it = channelMSEnv.iteratorKeysFromMainAction(processParaMain, _spec); //10/06/2013
// for each channel
while (it.hasNext()) {
String channelName = (String) it.next();
ProcChanUseEnv syncEnv = channelMSEnv.get(channelName);
if (!syncEnv.isSync() && !chanUseEnvHid.containsKey(channelName)) { //TODO descomentar isSync()?
/*if (channelName.equals ("out")) {
syncEnv._out_ = true;
}*/
ChanUse chanUse = syncEnv.getChanUseGuiNotSyncChannel();
CircusType circusType = procChanEnv.getNameTypeEnv().getCircusType(channelName);
// The channel does not take part in a parallelism, so it will
// be in the graphical interface
if (chanUse.equals(ChanUse.Input)) {
if (!this.prochid.get(processName).getCoadjChannels().contains(channelName)) { //By Samuel Barrocas
if (!this.prochid.get(processName).getPutActionPerformed (channelName)) {
code = code + chanActPerfWrite (processName, channelName, circusType);
this.prochid.get(processName).putPutActionPerformed (channelName, true);
}
}
else if (!fullparallelism) {
code = code + chanActPerfWrite (processName, channelName, circusType);
}
else {
if (!this.prochid.get(processName).getPutActionPerformed(this.prochid.get(processName).get(channelName))) {
code = code + chanActPerfWrite (processName, this.prochid.get(processName).get(channelName), circusType);
this.prochid.get(processName).putPutActionPerformed (this.prochid.get(processName).get(channelName), true);
}
}
} else {
if (!this.prochid.get(processName).getCoadjChannels().contains (channelName)) { //By Samuel Barrocas
if (!this.prochid.get(processName).getPutActionPerformed (channelName)) {
code = code + chanActPerfRead (processName, channelName, circusType);
this.prochid.get(processName).putPutActionPerformed (channelName, true);
}
}
else if (!fullparallelism) {
code = code + chanActPerfRead (processName, channelName, circusType);
}
else {
if (!this.prochid.get(processName).getPutActionPerformed (this.prochid.get(processName).get(channelName))) {
code = code + chanActPerfRead (processName, this.prochid.get(processName).get(channelName), circusType);
this.prochid.get(processName).putPutActionPerformed (this.prochid.get(processName).get(channelName), true);
}
}
}
}
else {
if (!this.prochid.get(processName).getCoadjChannels().contains(channelName)) { //By Samuel Barrocas
if (!this.prochid.get(processName).getPutActionPerformed (channelName)) {
code = code + chanActPerfCompl (processName, channelName);
this.prochid.get(processName).putPutActionPerformed (channelName, true);
}
}
else if (!fullparallelism) {
code = code + chanActPerfCompl (processName, channelName);
}
else {
if (!this.prochid.get(processName).getPutActionPerformed(this.prochid.get(processName).get(channelName))) {
code = code + chanActPerfCompl (processName, this.prochid.get(processName).get(channelName));
this.prochid.get(processName).putPutActionPerformed (this.prochid.get(processName).get(channelName), true);
}
}
}
/*else { //By Samuel Barrocas, 09/08(Agosto)/2011
code += "
\tprivate void btn_" + channelName + "_ActionPerformed(java.awt.event.ActionEvent evt) {";
if (!useBarriers)
code += "
\t\t" + channelName + ".read();";
else {
if (!this.prochid.get(processName).getMainChannels().contains(channelName)) //"if" by Samuel Barrocas
code += "
\t\t" + channelName + ".timerSync(area);";
else {
Vector <String> hiddenChannelsFromGui = this.prochid.get(processName).reverseGet(channelName);
code += HiddenFromGUIInfo.hiddenSyncCode(hiddenChannelsFromGui, "","timerSync (area)");
}
}
code += "\t
}";
}*/
}
return code;
}
/**
*
*/
private String showEventInGUICode (String processName, String chanName) { //Samuel Barrocas'
Vector <Vector <BigInteger>> vec = cte.get(chanName);
String code = "";
code = code + " String valuesstr = " + "\"" + chanName + "\";
";
//code = code + " for (int i = 0; i < values.length; i++) {
";
//code = code + " valuesstr = valuesstr + \".\" + ";
for (int i = 0; i < vec.size(); i++) {
code = code + " valuesstr = valuesstr + \".\" + " + "(new " + cte.getFreeType (chanName, i) + "(boxcontent_" + chanName + ".elementAt(" + i + ") [this.combo_" + chanName + " [" + i + "].getSelectedIndex()])).toString();
";
}
return code + "
";
//valuesstr = valuesstr + "." + (new VALUE(boxcontent_result.elementAt(i) [this.combo_result [i].getSelectedIndex()])).toString();
//"(new " + cte.getFreeType (chanName, i) + "(boxcontent_" + chanName + ".elementAt(" + i + ") [jcb [" + i + "].getSelectedIndex()])).getValue();
";
/*for (int i = 0; i < vec.size(); i++) {
code = code +
" values [" + i + "] = "(new " + cte.getFreeType (channelName, i) + "(boxcontent_" + channelName + ".elementAt(" + i + ") [jcb [" + i + "].getSelectedIndex()])).getValue();
";
}*/
}
private String chanActPerfCompl (String processName, String chanName) {
String code = "";
code += "
\tprivate void btn_" + chanName + "_ActionPerformed(java.awt.event.ActionEvent evt) {";
code += "
\t\tfinal int [] values = getValues_" + chanName + " (" + "this.combo_" + chanName + ", boxcontent_" + chanName + ");
";
code += showEventInGUICode (processName, chanName);
if (isTranslatedAsSimpleSynchronised (chanName, this.prochid.get(processName), cmain)) {
if (this.parallelismUpdater.parallelismBeingUsed.get(processName)) {
if (!(this.prochid.get(processName).getMainChannels().contains(chanName)))
code += "
\t\t" +
chanName +
bracketizedsValues (this.updatedChanDimEnv.get(chanName)) +
"./*1*/guiTimerSimpleWrite (values " +
guibracketized(this.updatedChanDimEnv.get(chanName)) +
", area, valuesstr);";
else {
Vector <String> hiddenChannelsFromGui = this.prochid.get(processName).reverseGet(chanName);
Coadj2SimpleSynchTransEnv c2sste = new Coadj2SimpleSynchTransEnv (
chanName,
this.prochid.get(processName),
this._envLoadingVisitor.getChanMultiSyncEnv(),
this._envLoadingVisitor.getChanComplexCommEnv(),
this._envLoadingVisitor.getChanDotFieldEnv(),
this._envLoadingVisitor.getChanExtChoiceEnv(),
this._envLoadingVisitor.getChanDimEnv(),
cmain
);
code +=
"/*2*/" + HiddenFromGUIInfo.hiddenSyncCode (
hiddenChannelsFromGui,
this._envLoadingVisitor.getChanComplexCommEnv(),
this.updatedChanDimEnv,
c2sste,
1,
this.prochid.get(processName)
);
//HiddenFromGUIInfo.hiddenSyncCode(
// hiddenChannelsFromGui,
// bracketizedsValues (this.updatedChanDimEnv.get(chanName)),
// "/*2*/guiTimerSimpleWrite (values " +
// guibracketized(this._envLoadingVisitor.getChanDimEnv().get(chanName)) +
// ", area)",
// this.prochid.get(processName));
}
}
else {
code += "
\t\t" +
chanName +
bracketizedsValues (this.updatedChanDimEnv.get(chanName)) +
"/*3*/.guiTimerSimpleWrite (values " +
guibracketized (this.updatedChanDimEnv.get(chanName)) +
", area, valuesstr);";
}
}
else {
if (this._envLoadingVisitor.getChanComplexCommEnv().get(chanName)) {
if (!this.prochid.get(processName).getMainChannels().contains(chanName)) {//"if" by Samuel Barrocas
if (this.parallelismUpdater.parallelismBeingUsed.get(processName)) {
code += "
\t\t" + chanName +
ccBracketizedsValues (
this.updatedChanDimEnv.get(this.prochid.get(processName).get(chanName)),
chanName
) + ".timerSync(area, new int [] {0}, valuesstr);/*1*/";
}
else {
code += "
\t\t" + chanName +
ccBracketizedsValues (
this.updatedChanDimEnv.get(chanName),
chanName
) + ".timerSync(area, new int [] {0}, valuesstr);/*1.5*/";
}
}
else {
Vector <String> hiddenChannelsFromGui = this.prochid.get(processName).reverseGet(chanName);
Coadj2SimpleSynchTransEnv c2sste = new Coadj2SimpleSynchTransEnv (
chanName,
this.prochid.get(processName),
this._envLoadingVisitor.getChanMultiSyncEnv(),
this._envLoadingVisitor.getChanComplexCommEnv(),
this._envLoadingVisitor.getChanDotFieldEnv(),
this._envLoadingVisitor.getChanExtChoiceEnv(),
this._envLoadingVisitor.getChanDimEnv(),
cmain
);
code +=
"/*2.01*/" + HiddenFromGUIInfo.hiddenSyncCode (
hiddenChannelsFromGui,
this._envLoadingVisitor.getChanComplexCommEnv(),
this.updatedChanDimEnv,
c2sste,
1,
this.prochid.get(processName)
);
}
}
else {
if (!this.prochid.get(processName).getMainChannels().contains(chanName)) {//"if" by Samuel Barrocas
if (this.parallelismUpdater.parallelismBeingUsed.get(processName)) {
code += "
\t\t" + chanName +
bracketizedsValues (
this.updatedChanDimEnv/*_envLoadingVisitor.getChanDimEnv()*/.get(chanName/*this.prochid.get(processName).get(chanName)*/)
) + ".timerSync(area, new int [] {0}, valuesstr);/*3.1*/";
}
else {
code += "
\t\t" + chanName +
bracketizedsValues (
this.updatedChanDimEnv/*_envLoadingVisitor.getChanDimEnv()*/.get(chanName)
) + ".timerSync(area, new int [] {0}, valuesstr);/*3.2*/";
}
}
else {
Vector <String> hiddenChannelsFromGui = this.prochid.get(processName).reverseGet(chanName);
Coadj2SimpleSynchTransEnv c2sste = new Coadj2SimpleSynchTransEnv (
chanName,
this.prochid.get(processName),
this._envLoadingVisitor.getChanMultiSyncEnv(),
this._envLoadingVisitor.getChanComplexCommEnv(),
this._envLoadingVisitor.getChanDotFieldEnv(),
this._envLoadingVisitor.getChanExtChoiceEnv(),
this._envLoadingVisitor.getChanDimEnv(),
cmain
);
code +=
"/*4*/" + HiddenFromGUIInfo.hiddenSyncCode (
hiddenChannelsFromGui,
this._envLoadingVisitor.getChanComplexCommEnv(),
this.updatedChanDimEnv,
c2sste,
1,
this.prochid.get(processName)
);
}
}
}
code += "
\t}";
return code;
}
private String chanActPerfWrite(String processName, String chanName, CircusType circusType) {
//JOptionPane.showMessageDialog (null, "PerfWrite");
String code = "";
code += "
\tprivate void btn_" + chanName + "_ActionPerformed(java.awt.event.ActionEvent evt) {";
if (circusType != null) {
if (circusType.isSyncType()) {
if (!useBarriers)
code += "
\t\t" + chanName + ".write(null);";
else {
if (!this.prochid.get(processName).getMainChannels().contains(chanName)) {//"if" by Samuel Barrocas
if (!this.parallelismUpdater.parallelismBeingUsed.get(processName)) {
code += "
";
code += showEventInGUICode (processName, chanName);
code += "
\t\t" + chanName + ".timerSync (area, new int [] {0}, valuesstr);/*.sync()*/; /*Sync 10.2*/";
}
else {
code += "
";
code += showEventInGUICode (processName, chanName);
code += "
\t\t" + chanName/*this.prochid.get(processName).get(chanName)*/ + ".timerSync (area, new int [] {0}, valuesstr);/*.sync()*/; /*Sync 10.3*/";
}
}
else {
code += "
";
code += showEventInGUICode (processName, chanName);
Vector <String> hiddenChannelsFromGui = this.prochid.get(processName).reverseGet(chanName);
Coadj2SimpleSynchTransEnv c2sste = new Coadj2SimpleSynchTransEnv (
chanName,
this.prochid.get(processName),
this._envLoadingVisitor.getChanMultiSyncEnv(),
this._envLoadingVisitor.getChanComplexCommEnv(),
this._envLoadingVisitor.getChanDotFieldEnv(),
this._envLoadingVisitor.getChanExtChoiceEnv(),
this._envLoadingVisitor.getChanDimEnv(),
cmain
);
code +=
"/*9*/" + HiddenFromGUIInfo.hiddenSyncCode (
hiddenChannelsFromGui,
this._envLoadingVisitor.getChanComplexCommEnv(),
this.updatedChanDimEnv,
c2sste,
1,
this.prochid.get(processName)
);
}
}
}
else {
String chanCommType = circusType.getJavaCircusTypeName();
if (!useBarriers) {
code += "
\t\tString st = this.txt_" + chanName + ".getText();
";
code += "
\t\t" + chanCommType + " o = new " + chanCommType + " (st);";
code += "
\t\t" + chanName + ".write(o);";
}
else {
code += "
\t\tfinal int [] values = getValues_" + chanName + " (" + "this.combo_" + chanName + ", boxcontent_" + chanName + ");
";
code += showEventInGUICode (processName, chanName);
if (isTranslatedAsSimpleSynchronised (chanName, this.prochid.get(processName), cmain)
) {
if (!this.prochid.get(processName).getMainChannels().contains(chanName)) {
if (!this.parallelismUpdater.parallelismBeingUsed.get(processName)) {
code += "
\t\t" + chanName +
bracketizedsValues (this.updatedChanDimEnv.get(chanName) ) +
"/*4*/.guiTimerSimpleWrite (values " +
guibracketized(this.updatedChanDimEnv.get(chanName))
+ ", area, valuesstr);";
}
else {
code += "
\t\t" + chanName +
bracketizedsValues (this.updatedChanDimEnv.get(chanName/*this.prochid.get(processName).get(chanName)*/)) +
"/*5*/.guiTimerSimpleWrite (values " +
guibracketized (this.updatedChanDimEnv.get(chanName/*this.prochid.get(processName).get(chanName)*/))
+ ", area, valuesstr);";
}
}
else {
Vector <String> hiddenChannelsFromGui = this.prochid.get(processName).reverseGet(chanName);
Coadj2SimpleSynchTransEnv c2sste = new Coadj2SimpleSynchTransEnv (
chanName,
this.prochid.get(processName),
this._envLoadingVisitor.getChanMultiSyncEnv(),
this._envLoadingVisitor.getChanComplexCommEnv(),
this._envLoadingVisitor.getChanDotFieldEnv(),
this._envLoadingVisitor.getChanExtChoiceEnv(),
this._envLoadingVisitor.getChanDimEnv(),
cmain
);
code +=
"/*6*/" + HiddenFromGUIInfo.hiddenSyncCode (
hiddenChannelsFromGui,
this._envLoadingVisitor.getChanComplexCommEnv(),
this.updatedChanDimEnv,
c2sste,
1,
this.prochid.get(processName)
);
//code +=
// HiddenFromGUIInfo.hiddenSyncCode (
// hiddenChannelsFromGui,
// this._envLoadingVisitor.getChanComplexCommEnv(),
// this.updatedChanDimEnv/*bracketizedsValues (this.updatedChanDimEnv.get(chanName))*/,
// c2sste,
// //"/*6*/guiTimerSimpleWrite (values " + guibracketized (this.updatedChanDimEnv.get(chanName)) + ", area)",
// this.prochid.get(processName)
// );
}
}
else {
if (this._envLoadingVisitor.getChanComplexCommEnv().get(chanName)) {
if (!this.prochid.get(processName).getMainChannels().contains(chanName)) //"if" by Samuel Barrocas
code += "
\t\t" + chanName +
ccBracketizedsValues (
this.updatedChanDimEnv/*_envLoadingVisitor.getChanDimEnv()*/.get(chanName/*this.prochid.get(processName).get(chanName)*/),
chanName
) + ".timerSync(area, new int [] {0}, valuesstr); /*1*/";
else {
Vector <String> hiddenChannelsFromGui = this.prochid.get(processName).reverseGet(chanName);
Coadj2SimpleSynchTransEnv c2sste = new Coadj2SimpleSynchTransEnv (
chanName,
this.prochid.get(processName),
this._envLoadingVisitor.getChanMultiSyncEnv(),
this._envLoadingVisitor.getChanComplexCommEnv(),
this._envLoadingVisitor.getChanDotFieldEnv(),
this._envLoadingVisitor.getChanExtChoiceEnv(),
this._envLoadingVisitor.getChanDimEnv(),
cmain
);
code +=
"/*2.02*/" + HiddenFromGUIInfo.hiddenSyncCode (
hiddenChannelsFromGui,
this._envLoadingVisitor.getChanComplexCommEnv(),
this.updatedChanDimEnv,
c2sste,
1,
this.prochid.get(processName)
);
//code +=
// HiddenFromGUIInfo.hiddenSyncCode(
// hiddenChannelsFromGui,
// ccBracketizedsValues (this.updatedChanDimEnv/*_envLoadingVisitor.getChanDimEnv()*/.get(chanName), chanName),
// "timerSync (area, new int [] {0})/*2*/", this.prochid.get(processName)
// );
}
}
else {
if (!this.prochid.get(processName).getMainChannels().contains(chanName)) //"if" by Samuel Barrocas
if (!this.parallelismUpdater.parallelismBeingUsed.get(processName)) {
code += "
\t\t" + chanName +
bracketizedsValues
(this.updatedChanDimEnv.get(chanName)) + ".timerSync(area, new int [] {0}, valuesstr);/*3.3*/";
}
else {
code += "
\t\t" + chanName +
bracketizedsValues
(this.updatedChanDimEnv.get(chanName)/*this.updatedChanDimEnv.get (this.prochid.get(processName).get(chanName))*/) + ".timerSync (area, new int [] {0}, valuesstr);/*3.4*/";
}
else {
Vector <String> hiddenChannelsFromGui = this.prochid.get(processName).reverseGet(chanName);
Coadj2SimpleSynchTransEnv c2sste = new Coadj2SimpleSynchTransEnv (
chanName,
this.prochid.get(processName),
this._envLoadingVisitor.getChanMultiSyncEnv(),
this._envLoadingVisitor.getChanComplexCommEnv(),
this._envLoadingVisitor.getChanDotFieldEnv(),
this._envLoadingVisitor.getChanExtChoiceEnv(),
this._envLoadingVisitor.getChanDimEnv(),
cmain
);
code +=
"/*4*/" + HiddenFromGUIInfo.hiddenSyncCode (
hiddenChannelsFromGui,
this._envLoadingVisitor.getChanComplexCommEnv(),
this.updatedChanDimEnv,
c2sste,
1,
this.prochid.get(processName)
);
//code +=
// HiddenFromGUIInfo.hiddenSyncCode (
// hiddenChannelsFromGui,
// bracketizedsValues (this.updatedChanDimEnv/*_envLoadingVisitor.getChanDimEnv()*/.get(chanName)),
// "timerSync (area, new int [] {0})/*4*/", this.prochid.get(processName));
}
}
}
}
}
}
code += "
\t}";
return code;
}
public static String guibracketized (Object value/*, HiddenFromGUIInfo hid*/) {
Integer i = (Integer) value;
return "[" + ((Integer) value < 0? 0 : value) + "]";
}
public static String bracketizedsValues (int x) { //Developed by Samuel Barrocas
String str = "";
for (int i = 0; i < x; i++) {
str = str + CCUtil.bracketized ("values [" + i + "]");
}
return str;
}
public static String ccBracketizedsValues (int x, String chanName) { //Developed by Samuel Barrocas
String str = "";
for (int i = 0; i < x; i++) {
str = str +
CCUtil.bracketized ("(new Abs_" + chanName/*currentProcess*/ + " ()).abs (\"" + chanName + "\", " + i + ", new BigInteger (\"\" + values [" + i + "] + \"\"))");
}
return str;
}
/**
*
*/
private String chanActPerfRead(String processName, String chanName, CircusType circusType) {
String code = "";
//JOptionPane.showMessageDialog (null, "Passou por Translator2Java.chanActPerfRead");
code += "
\tprivate void btn_" + chanName + "_ActionPerformed(java.awt.event.ActionEvent evt) {";
if (circusType.isSyncType()) { //AQUI � UM IF QUE EXECUTA O BLOCO ABAIXO SE O CANAL EM QUESTAO NAO COMUNICA VALORES
if (!useBarriers)
code += "
\t\t" + chanName + ".read();";
else {
if (!this.prochid.get(processName).getMainChannels().contains(chanName)) //"if" by Samuel Barrocas
code += "
\t\t" + chanName + ".timerSync (area, new int [] {0}, valuesstr);/*.sync()*/; /*Sync.1*/";
else {
Vector <String> hiddenChannelsFromGui = this.prochid.get(processName).reverseGet(chanName);
Coadj2SimpleSynchTransEnv c2sste = new Coadj2SimpleSynchTransEnv (
chanName,
this.prochid.get(processName),
this._envLoadingVisitor.getChanMultiSyncEnv(),
this._envLoadingVisitor.getChanComplexCommEnv(),
this._envLoadingVisitor.getChanDotFieldEnv(),
this._envLoadingVisitor.getChanExtChoiceEnv(),
this._envLoadingVisitor.getChanDimEnv(),
cmain
);
code +=
"/*10*/" + HiddenFromGUIInfo.hiddenSyncCode (
hiddenChannelsFromGui,
this._envLoadingVisitor.getChanComplexCommEnv(),
this.updatedChanDimEnv,
c2sste,
0,
this.prochid.get(processName)
);
//code += HiddenFromGUIInfo.hiddenSyncCode (
// hiddenChannelsFromGui, "",
// "timerSync (area, new int [] {0})/*10*/",
// this.prochid.get(processName)
//);
}
}
} else {
if (!useBarriers) {
String chanCommType = circusType.getJavaCircusTypeName();
code += "
\t\t" + chanCommType + " o = (" + chanCommType + ") " + chanName + ".read();";
code += "
\t\tString st = o.toString();";
code += "
\t\tthis.txt_" + chanName + ".setText(st);";
}
else {
code += "
\t\tfinal int [] values = getValues_" + chanName + " (" + "this.combo_" + chanName + ", boxcontent_" + chanName + ");
";
code += showEventInGUICode (processName, chanName);
if (isTranslatedAsSimpleSynchronised (chanName, this.prochid.get(processName), cmain)/*(this._envLoadingVisitor.getChanMultiSyncEnv().get(chanName)
|| this._envLoadingVisitor.getChanComplexCommEnv().get(chanName)
|| this._envLoadingVisitor.getChanDotFieldEnv().get(chanName)
|| this._envLoadingVisitor.getChanExtChoiceEnv().get(chanName)
|| (this._envLoadingVisitor.getChanDimEnv().get(chanName) == 0 && this._envLoadingVisitor.getChanMultiSyncEnv().get(chanName))*/
) {
if (!this.prochid.get(processName).getMainChannels().contains(chanName)) { //"if" by Samuel Barrocas
code += "
\t\tint x = (Integer) " + chanName + bracketizedsValues (this.updatedChanDimEnv.get(chanName)) + ".guiTimerSimpleRead (area, valuesstr);";
code += "
\t\t/*System.out.println (x);*/";
}
else {
Vector <String> hiddenChannelsFromGui = this.prochid.get(processName).reverseGet(chanName);
Coadj2SimpleSynchTransEnv c2sste = new Coadj2SimpleSynchTransEnv (
chanName,
this.prochid.get(processName),
this._envLoadingVisitor.getChanMultiSyncEnv(),
this._envLoadingVisitor.getChanComplexCommEnv(),
this._envLoadingVisitor.getChanDotFieldEnv(),
this._envLoadingVisitor.getChanExtChoiceEnv(),
this._envLoadingVisitor.getChanDimEnv(),
cmain
);
code +=
"/*11*/" + HiddenFromGUIInfo.hiddenSyncCode (
hiddenChannelsFromGui,
this._envLoadingVisitor.getChanComplexCommEnv(),
this.updatedChanDimEnv,
c2sste,
0,
this.prochid.get(processName)
);
// HiddenFromGUIInfo.hiddenSyncCode(
// hiddenChannelsFromGui,
// bracketizedsValues (this.updatedChanDimEnv/*_envLoadingVisitor.getChanDimEnv()*/.get(chanName)),
// "guiTimerSimpleRead (area)", this.prochid.get(processName));
//code += "
\t\t/*System.out.println (x);*/";
}
}
else {
if (this._envLoadingVisitor.getChanComplexCommEnv().get(chanName)) {
if (!this.prochid.get(processName).getMainChannels().contains(chanName)) {//"if" by Samuel Barrocas
if (!this.parallelismUpdater.parallelismBeingUsed.get(processName)) {
code += "
\t\t" + chanName +
ccBracketizedsValues (
this.updatedChanDimEnv.get(chanName),
chanName/*this.prochid.get(processName).get(chanName)*/
) + ".timerSync(area, new int [] {0}, valuesstr);/*5*/";
}
else {
code += "
\t\t" + chanName +
ccBracketizedsValues (
this.updatedChanDimEnv.get(this.prochid.get(processName).get(chanName)),
chanName/*this.prochid.get(processName).get(chanName)*/
) + ".timerSync(area, new int [] {0}, valuesstr);/*5*/";
}
}
else {
Vector <String> hiddenChannelsFromGui = this.prochid.get(processName).reverseGet(chanName);
Coadj2SimpleSynchTransEnv c2sste = new Coadj2SimpleSynchTransEnv (
chanName,
this.prochid.get(processName),
this._envLoadingVisitor.getChanMultiSyncEnv(),
this._envLoadingVisitor.getChanComplexCommEnv(),
this._envLoadingVisitor.getChanDotFieldEnv(),
this._envLoadingVisitor.getChanExtChoiceEnv(),
this._envLoadingVisitor.getChanDimEnv(),
cmain
);
code +=
"/*6*/" + HiddenFromGUIInfo.hiddenSyncCode (
hiddenChannelsFromGui,
this._envLoadingVisitor.getChanComplexCommEnv(),
this.updatedChanDimEnv,
c2sste,
0,
this.prochid.get(processName)
);
//code +=
// HiddenFromGUIInfo.hiddenSyncCode(
// hiddenChannelsFromGui,
// ccBracketizedsValues (this.updatedChanDimEnv.get(chanName), chanName),
// "timerSync (area, new int [] {0})/*6*/", this.prochid.get(processName));
}
}
else {
if (!this.prochid.get(processName).getMainChannels().contains(chanName)) {//"if" by Samuel Barrocas
if (this.parallelismUpdater.parallelismBeingUsed.get(processName)) {
code += "
\t\t" + chanName +
bracketizedsValues
(this._envLoadingVisitor.getChanDimEnv().get(
this.prochid.get(processName).get(chanName)
)) + ".timerSync(area, new int [] {0}, valuesstr);/*7.0*/";
}
else {
code += "
\t\t" + chanName +
bracketizedsValues
(this._envLoadingVisitor.getChanDimEnv().get(
chanName//this.prochid.get(processName).get(chanName)
)) + ".timerSync(area, new int [] {0}, valuesstr);/*7.5*/";
}
}
else {
Vector <String> hiddenChannelsFromGui = this.prochid.get(processName).reverseGet(chanName);
Coadj2SimpleSynchTransEnv c2sste = new Coadj2SimpleSynchTransEnv (
chanName,
this.prochid.get(processName),
this._envLoadingVisitor.getChanMultiSyncEnv(),
this._envLoadingVisitor.getChanComplexCommEnv(),
this._envLoadingVisitor.getChanDotFieldEnv(),
this._envLoadingVisitor.getChanExtChoiceEnv(),
this._envLoadingVisitor.getChanDimEnv(),
cmain
);
code +=
"/*8*/" + HiddenFromGUIInfo.hiddenSyncCode (
hiddenChannelsFromGui,
this._envLoadingVisitor.getChanComplexCommEnv(),
this.updatedChanDimEnv,
c2sste,
0,
this.prochid.get(processName)
);
//code +=
// HiddenFromGUIInfo.hiddenSyncCode(
// hiddenChannelsFromGui,
// bracketizedsValues (this._envLoadingVisitor.getChanDimEnv().get(chanName)),
// "timerSync (area, new int [] {0})/*8*/", this.prochid.get(processName));
}
}
}
}
}
code += "
\t}";
return code;
}
/**
* Creates the .bat file for a process.
*/
private void createBatFile(ProcInfo procInfo) throws JCircusException {
String processName = procInfo.getProcessName();
// File from template
HashMap<String, String> map = new HashMap<String, String>();
map.put(Constants.C_BAT_PROJ, _projectName);
map.put(Constants.C_BAT_MAIN, getNameMain(processName));
try {
//String fileName = _projectDir + "\\" + getNameBat(processName) + ".bat";
String fileName = _projectDir + "/" + getNameBat(processName) + ".bat";
Util.createFileFromTemplate(Constants.TMP_BAT, map, fileName);
} catch (Throwable t) {
throw new JCircusException("Error while trying to create .bat file for " +
processName, t);
}
}
/*******************************************
* Simple accessors.
*******************************************/
/**
* Code for package declaration.
*/
public String getPackage(String projectName, String pkg,
/*Par�metro acrescentado por Samuel*/String compl) {
String code = "";
code = "package ";
if (!_compl.equals ("")) {
//code = code + compl + ".";
}
code = code + projectName + "." + "src." + projectName;
if (pkg != null) {
code += "." + pkg;
}
code += ";
/**/";
return code;
}
/**
* Code for imports of a class.
*/
/*M�todo abaixo acrescentado por Samuel*/
public String getCompl () {
if (_compl == null) {
return "";
}
else return "/*" + _compl + ".*/paper.";
}
/*M�todo acima acrescentado por Samuel*/
public String getImports(String projectName) {
String code = "/**/
";
code += "import java.util.*;
import org.jcsp.lang.*;
";
code += "import " + /*getCompl () + */ projectName + "." + "src." + projectName + ".axiomaticDefinitions.*;
";
code += "import " + /*getCompl () + */ projectName + "." + "src." + projectName + ".processes.*;
";
code += "import " + /*getCompl () + */ projectName + "." + "src." + projectName + ".typing.*;
";
code += "import " + /*getCompl () + */ projectName + "." + "src." + projectName + ".channels.*;
";
code += "import " + /*getCompl () + */ projectName + "." + "src." + projectName + ".ccmaps.*;
";
code += "import newjcircusutil." + Constants.CLS_RANGEN + ";
";
code += "import newjcircusutil.multisync.*;
";
code += "import " + /*getCompl () +*/ projectName + "." + "src." + projectName + ".gui.*;
";
return code;
}
/**
* Returns the name of the GUI class.
*/
private String getNameGui(String processName) {
return "Gui_" + processName;
}
/**
* Returns the name of the .bat file.
*/
private String getNameBat(String processName) {
return "Run_" + processName;
}
/**
* Returns the name of the Main class.
*/
private String getNameMain(String processName) {
return "Main_" + processName;
}
/**
* Gets the parameters of a parameterized process in a list of VarDecl.
*
*/
protected static List<VarDecl> getNormalizedParams(CircusProcess circusProcess) {
Factory factory = new Factory();
List<VarDecl> normParams = new ArrayList();
if (circusProcess instanceof ParamProcess) {
DeclList decls = ((ParamProcess) circusProcess).getDeclList();
//normParams = Util.formatDecls(decls); //By Angela, abaixo by Sam
normParams = Util.formatDecls((ZDeclList) decls); //Sam's, modified do de cima
}
return normParams;
}
/**
* Public Getters.
*/
public List<ProcInfo> getProcInfoList() {
return _procInfoList;
}
public Environment getEnvironment() {
return _environment;
}
}
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