Class UnitCompiler

Method Details

• compileUnit

  public ClassFile[] compileUnit(boolean debugSource, boolean debugLines, boolean debugVars) throws CompileException

  Generates an array of ClassFile objects which represent the classes and interfaces declared in the compilation unit.

  Throws:

  CompileException

• compile2

  public void compile2(Java.PackageMemberTypeDeclaration pmtd) throws CompileException

  Throws:

  CompileException

• compile2

  public void compile2(Java.ClassDeclaration cd) throws CompileException

  Throws:

  CompileException

• compile2

  public void compile2(Java.AnonymousClassDeclaration acd) throws CompileException

  Throws:

  CompileException

• compile2

  public void compile2(Java.LocalClassDeclaration lcd) throws CompileException

  Throws:

  CompileException

• compile2

  public void compile2(org.codehaus.janino.Java.InnerClassDeclaration icd) throws CompileException

  Throws:

  CompileException

• compile2

  public void compile2(Java.MemberClassDeclaration mcd) throws CompileException

  Throws:

  CompileException

• compile2

  public void compile2(Java.InterfaceDeclaration id) throws CompileException

  Throws:

  CompileException

• getLocalVariable

  public Java.LocalVariable getLocalVariable(Java.LocalVariableDeclarationStatement lvds, Java.VariableDeclarator vd) throws CompileException

  Throws:

  CompileException

• buildLocalVariableMap

  protected void buildLocalVariableMap(Java.CatchClause cc, Map localVars) throws CompileException

  Throws:

  CompileException

• getLocalVariable

  public Java.LocalVariable getLocalVariable(Java.FunctionDeclarator.FormalParameter fp) throws CompileException

  Throws:

  CompileException

• getConstantValue

  public final Object getConstantValue(Java.Rvalue rv) throws CompileException

  Attempts to evaluate as a constant expression.

  Returns:

  NOT_CONSTANT iff the rvalue is not a constant value

  Throws:

  CompileException

• generatesCode2

  public boolean generatesCode2(Java.BlockStatement bs)

• generatesCode2

  public boolean generatesCode2(Java.AssertStatement as)

• generatesCode2

  public boolean generatesCode2(Java.EmptyStatement es)

• generatesCode2

  public boolean generatesCode2(Java.LocalClassDeclarationStatement lcds)

• generatesCode2

  public boolean generatesCode2(Java.Initializer i) throws CompileException

  Throws:

  CompileException

• generatesCode2ListStatements

  public boolean generatesCode2ListStatements(List l) throws CompileException

  Throws:

  CompileException

• generatesCode2

  public boolean generatesCode2(Java.Block b) throws CompileException

  Throws:

  CompileException

• generatesCode2

  public boolean generatesCode2(Java.FieldDeclaration fd) throws CompileException

  Throws:

  CompileException

• leave2

  public void leave2(Java.BlockStatement bs, IClass optionalStackValueType)

• leave2

  public void leave2(Java.SynchronizedStatement ss, IClass optionalStackValueType)

• leave2

  public void leave2(Java.TryStatement ts, IClass optionalStackValueType)

• toLvalueOrCompileException

  public final Java.Lvalue toLvalueOrCompileException(Java.Atom a) throws CompileException

  Throws:

  CompileException

• findIMethod

  public IClass.IMethod findIMethod(Java.MethodInvocation mi) throws CompileException

  Find named methods of "targetType", examine the argument types and choose the most specific method. Check that only the allowed exceptions are thrown.

  Notice that the returned IClass.IMethod may be declared in an enclosing type.

  Returns:

  The selected IClass.IMethod or null

  Throws:

  CompileException

• getIMethods

  public void getIMethods(IClass type, String methodName, List v) throws CompileException

  Add all methods with the given methodName that are declared by the type, its superclasses and all their superinterfaces to the result list v.

  Throws:

  CompileException

• findIMethod

  public IClass.IMethod findIMethod(Java.SuperclassMethodInvocation scmi) throws CompileException

  Throws:

  CompileException

• findMostSpecificIInvocable

  public IClass.IInvocable findMostSpecificIInvocable(Java.Locatable locatable, IClass.IInvocable[] iInvocables, IClass[] argumentTypes, boolean boxingPermitted, Java.Scope contextScope) throws CompileException

  Determine the applicable invocables and choose the most specific invocable.

  Returns:

  The maximally specific IClass.IInvocable or null if no IClass.IInvocable is applicable

  Throws:

  CompileException

• toIMethod

  public IClass.IMethod toIMethod(Java.MethodDeclarator md)

• getSingleTypeImport

  public String[] getSingleTypeImport(String name, Location location) throws CompileException

  Check if the given simple name was imported through a single type import.

  Parameters:

  name - The simple type name, e.g. Inner

  Returns:

  The fully qualified name, e.g. { "pkg", "Outer", "Inner" }, or null

  Throws:

  CompileException

• importTypeOnDemand

  public IClass importTypeOnDemand(String simpleTypeName, Location location) throws CompileException

  6.5.2.BL1.B1.B5, 6.5.2.BL1.B1.B6 Type-import-on-demand.
  6.5.5.1.6 Type-import-on-demand declaration.

  Returns:

  null if the given simpleTypeName cannot be resolved through any of the import-on-demand directives

  Throws:

  CompileException

• findClass

  public IClass findClass(String className)

  Find one class or interface declared in this compilation unit by name.

  Parameters:

  className - Fully qualified class name, e.g. "pkg1.pkg2.Outer$Inner".

  Returns:

  null if a class or an interface with that name is not declared in this compilation unit

• setCompileErrorHandler

  public void setCompileErrorHandler(UnitCompiler.ErrorHandler optionalCompileErrorHandler)

  By default, CompileExceptions are thrown on compile errors, but an application my install its own (thread-local) UnitCompiler.ErrorHandler.

  Be aware that a single problem during compilation often causes a bunch of compile errors, so a good UnitCompiler.ErrorHandler counts errors and throws a CompileException when a limit is reached.

  If the given UnitCompiler.ErrorHandler does not throw CompileExceptions, then compileUnit(boolean, boolean, boolean) will throw one when the compilation of the unit is finished, and errors had occurred. In other words: The UnitCompiler.ErrorHandler may throw a CompileException or not, but compileUnit(boolean, boolean, boolean) will definitely throw a CompileException if one or more compile errors have occurred.

  Parameters:

  optionalCompileErrorHandler - null to restore the default behavior (throwing a CompileException

• setWarningHandler

  public void setWarningHandler(WarningHandler optionalWarningHandler)

  By default, warnings are discarded, but an application my install a custom WarningHandler.

  Parameters:

  optionalWarningHandler - null to indicate that no warnings be issued

• getWhereToBreak

  public CodeContext.Offset getWhereToBreak(Java.BreakableStatement bs)