/**
* compile the project passed as parameter to the constructor. The basic packages of Cyan, stored
* in project <code>cyanLangPackageProject</code>, are added to the project. Currently there is
* only one basic package of the language: "cyan.lang". This should be included in every
* compilation.
*
* @return <code>false</code> in error
*/
public boolean compile(HashSet<saci.CompilationInstruction> compInstSet) {
Compiler compiler;
try {
// list of non-generic prototypes of the programc
nonGenericCompilationUnitList = new ArrayList<CompilationUnit>();
// list of generic prototypes of the program
ArrayList<CompilationUnit> genericCompilationUnitList = new ArrayList<CompilationUnit>();
/* separates the compilation units (source files) that have generic prototypes from
those that don´t.
A prototype whose file has a digit after '(' is a generic prototype. For example,
Proto(1)(1).cyan has a generic prototype Proto<T><R>. And file
MyData<main.Person><Int> is put in file MyData(main.Person)(Int).cyan.
*/
for (CompilationUnit compilationUnit : program.getCompilationUnitList()) {
/*
// if the file name has a '(' character followed by a digit, then it is a
// generic prototype. Note that "Stack(Int).cyan" contains prototype "Stack<Int>"
// which is not considered generic
*
*/
String filename = compilationUnit.getFilename();
boolean foundDigit = false;
int ifn = 0;
int sizeFilename = filename.length();
while (ifn < sizeFilename) {
if (filename.charAt(ifn) == '(' && Character.isDigit(filename.charAt(ifn + 1))) {
foundDigit = true;
break;
}
++ifn;
}
if (foundDigit) {
compilationUnit.setHasGenericPrototype(true);
genericCompilationUnitList.add(compilationUnit);
} else nonGenericCompilationUnitList.add(compilationUnit);
/*
if ( indexOfLeftPar > 0 && Character.isDigit(compilationUnit.getFilename().charAt(indexOfLeftPar + 1)) )
genericCompilationUnitList.add(compilationUnit);
else
nonGenericCompilationUnitList.add(compilationUnit);
*/
}
/**
* delete all files from "tmp" directories. If a generic prototype is in a directory "D", the
* Compiler creates the generic instantiations in "D\tmp". For example, if "Stack<T>" is in
* directory "util", the Compiler creates prototypes "Stack<Int>" and "Stack<Person>"
* (assuming the program uses "Stack<Int>" and "Stack<Person>") in directory "util\tmp".
*/
Set<String> pathCompilationUnitTable = new HashSet<String>();
for (CompilationUnit c : genericCompilationUnitList) {
pathCompilationUnitTable.add(c.getPackageCanonicalPath());
c.getCyanPackage().setHasGenericPrototype(true);
}
for (String path : pathCompilationUnitTable) {
File dir = new File(path + NameServer.temporaryDirName);
if (dir.exists()) for (File file : dir.listFiles()) file.delete();
}
String dotExtension = "." + NameServer.cyanSourceFileExtension;
boolean hasCompilationError = false;
/**
* first of all, parse all generic prototypes. This is not allowed in step 7 of the
* compilation because all generic prototype instantiation should have been created before
* that.
*/
if (this.compilationStep.compareTo(CompilationStep.step_7) < 0) {
for (CompilationUnit compilationUnit : genericCompilationUnitList) {
compiler = new Compiler(compilationUnit, compInstSet, compilationStep, project, null);
compiler.parse();
/**
* print the errors found in the generic prototypes and apply all actions to them. An
* action is a small refactoring like insert a ";"
*/
if (compilationUnit.hasCompilationError()) {
// compilationUnit.printErrorList(printWriter);
hasCompilationError = true;
}
if (compilationUnit.getActionList().size() > 0) compilationUnit.doActionList(printWriter);
}
}
/* if ( hasCompilationError )
return false;
*/
/*
* in the first step of this while statement, all non-generic prototypes are compiled.
*
* In the second step of the while statement, the real prototypes created in the previous step
* are compiled. They may instantiate new generic prototypes. For example, Stack<Int> may
* declare a variable of type "Array<Int>". This new Cyan prototype should be created and
* compiled. The process continues till no new prototypes should be created.
*/
CompilationUnit compilationUnit;
int numCompilationUnitsAlreadyCompiled = 0;
int sizeNonGenericCompilationUnitList;
while (numCompilationUnitsAlreadyCompiled < nonGenericCompilationUnitList.size()) {
sizeNonGenericCompilationUnitList = nonGenericCompilationUnitList.size();
boolean thereWasErrors = false;
// parse of all source files that were not yet parsed. That may include some
// generic prototypes that were instantiated in the previous round of the above
// while statement.
for (int i = numCompilationUnitsAlreadyCompiled;
i < sizeNonGenericCompilationUnitList;
i++) {
compilationUnit = nonGenericCompilationUnitList.get(i);
// System.out.println("cc: " + compilationUnit.getFilename());
compiler = new Compiler(compilationUnit, compInstSet, compilationStep, project, null);
compiler.parse();
// if ( ! compilationUnit.hasCompilationError() ) {
// }
if (compilationUnit.hasCompilationError()) {
thereWasErrors = true;
// compilationUnit.printErrorList(printWriter);
} else if (compInstSet.contains(CompilationInstruction.createPrototypesForInterfaces)
&& compilationUnit.getPrototypeIsNotGeneric()
&& compilationUnit.getPublicPrototype() instanceof InterfaceDec) {
// if public program unit is an interface, create ProtoInterface
CompilationUnit newCompilationUnit = compilationUnit.createProtoInterface();
if (newCompilationUnit == null) {
if (compilationUnit.hasCompilationError()) {
thereWasErrors = true;
compilationUnit.printErrorList(printWriter);
}
} else {
CyanPackage thisCyanPackage = compilationUnit.getCyanPackage();
thisCyanPackage.addCompilationUnit(newCompilationUnit);
newCompilationUnit.setCyanPackage(thisCyanPackage);
nonGenericCompilationUnitList.add(newCompilationUnit);
String name = newCompilationUnit.getFilename();
int indexDotCyan = name.indexOf(dotExtension);
if (indexDotCyan > 0) name = name.substring(0, indexDotCyan);
program.addCompilationUnit(newCompilationUnit);
if (nameSet.contains(newCompilationUnit.getFilename()))
System.out.println("error: " + newCompilationUnit.getFilename());
else nameSet.add(newCompilationUnit.getFilename());
}
}
// if there was not any errors and there is a list of actions ...
/*if ( compilationUnit.getActionList().size() > 0 )
compilationUnit.doActionList(printWriter);
compilationUnit.clearErrorsActions(); */
}
if (thereWasErrors) {
return false;
}
numCompilationUnitsAlreadyCompiled = sizeNonGenericCompilationUnitList;
}
} catch (Exception e) {
System.out.println(
"Internal error at CompilerManager::compile(). e = " + e.getClass().getName());
e.printStackTrace();
return false;
}
project.printErrorList(printWriter);
return true;
}
public void run(String[] args) {
File file;
if (args.length < 1 || args.length > 2) {
System.out.println("Usage:\n comp input");
System.out.println("input is the file or directory to be compiled");
System.out.println("the output file will be created in the current directory");
} else {
numSourceFilesWithErros = 0;
int numSourceFiles = 0;
shouldButWereNotList = new ArrayList<>();
wereButShouldNotList = new ArrayList<>();
wereButWrongLineList = new ArrayList<>();
correctList = new ArrayList<>();
PrintWriter outError;
outError = new PrintWriter(System.out);
PrintWriter report;
FileOutputStream reportStream = null;
try {
reportStream = new FileOutputStream("report.txt");
} catch (FileNotFoundException e) {
outError.println("Could not create 'report.txt'");
return;
}
report = new PrintWriter(reportStream);
file = new File(args[0]);
if (!file.exists() || !file.canRead()) {
String msg = "Either the file " + args[0] + " does not exist or it cannot be read";
System.out.println(msg);
outError.println("-1 : " + msg);
outError.close();
report.close();
return;
}
if (file.isDirectory()) {
// compile all files in this directory
File fileList[] = file.listFiles();
for (File f : fileList) {
String filename = f.getName();
int lastIndexDot = filename.lastIndexOf('.');
String ext = filename.substring(lastIndexDot + 1);
if (ext.equalsIgnoreCase("kra")) {
numSourceFiles++;
compileProgram(f, filename, outError);
}
}
printReport(numSourceFiles, report);
} else {
compileProgram(file, args[0], outError);
printReport(1, report);
}
report.close();
System.out.println("Krakatoa compiler finished");
}
}