Uses of Interface
org.faktorips.fl.CompilationResult

Packages that use CompilationResult

Package	Description
org.faktorips.fl	The package and it's sub-packages contain a compiler that compiles an expression with an Excel like syntax into Java sourcecode.
org.faktorips.fl.functions
org.faktorips.fl.functions.date
org.faktorips.fl.operations

Uses of CompilationResult in org.faktorips.fl

Classes in org.faktorips.fl that implement CompilationResult

Modifier and Type	Class	Description
class	AbstractCompilationResult<T extends org.faktorips.codegen.CodeFragment>	Basic implementation of the CompilationResult interface, independent of compilation target language.
class	CompilationResultImpl	Implementation of the CompilationResult interface for Java code.

Methods in org.faktorips.fl that return CompilationResult

Modifier and Type	Method	Description
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	DefaultIdentifierResolver.compile(String identifier, ExprCompiler<org.faktorips.codegen.JavaCodeFragment> exprCompiler, Locale locale)
CompilationResult<T>	ExprCompiler.compile(String expr)	Compiles the given expression string into source code.
CompilationResult<T>	FlFunction.compile(CompilationResult<T>[] argResults)	Generates the source code for the function given the compilation results for the arguments.
CompilationResult<T>	IdentifierResolver.compile(String identifier, ExprCompiler<T> exprCompiler, Locale locale)	Returns the compilation result for the indicated identifier.
CompilationResult<T>	BinaryOperation.generate(CompilationResult<T> lhs, CompilationResult<T> rhs)	Generates the combined CompilationResult from the given operands.
CompilationResult<T>	UnaryOperation.generate(CompilationResult<T> arg)	Generates the CompilationResult for the given operand.
protected CompilationResult<T>	ParseTreeVisitor.generateConstant(SimpleNode node, org.faktorips.datatype.Datatype datatype)
CompilationResult<T>	ExprCompiler.getBinaryOperation(String operator, AbstractCompilationResult<T> lhsResult, AbstractCompilationResult<T> rhsResult)
CompilationResult<T>	ExprCompiler.getMatchingFunctionUsingConversion(CompilationResult<T>[] argResults, org.faktorips.datatype.Datatype[] argTypes, String fctName)
CompilationResult<T>	ExprCompiler.getMatchingFunctionUsingConversionSingleArgument(AbstractCompilationResult<T> argResult, org.faktorips.datatype.Datatype argTypes, String fctName)
static final CompilationResult<org.faktorips.codegen.JavaCodeFragment>	CompilationResultImpl.newResultUndefinedIdentifier(Locale locale, String identifier)	Creates a new CompilationResult, that contains a Message that the given identifier is undefined.
protected CompilationResult<T>	ExprCompiler.parseExceptionToResult(ParseException e)

Methods in org.faktorips.fl with parameters of type CompilationResult

Modifier and Type	Method	Description
void	AbstractCompilationResult.add(CompilationResult<T> result)	Appends the given compilation result's source code fragment and messages to this result's source code fragment.
CompilationResult<T>	FlFunction.compile(CompilationResult<T>[] argResults)	Generates the source code for the function given the compilation results for the arguments.
CompilationResult<T>	BinaryOperation.generate(CompilationResult<T> lhs, CompilationResult<T> rhs)	Generates the combined CompilationResult from the given operands.
CompilationResult<T>	UnaryOperation.generate(CompilationResult<T> arg)	Generates the CompilationResult for the given operand.
final org.faktorips.datatype.Datatype[]	AbstractCompilationResult.getDatatypes(CompilationResult<T>[] results)	Extracts the datatypes from an array of compilation results.
CompilationResult<T>	ExprCompiler.getMatchingFunctionUsingConversion(CompilationResult<T>[] argResults, org.faktorips.datatype.Datatype[] argTypes, String fctName)

Uses of CompilationResult in org.faktorips.fl.functions

Methods in org.faktorips.fl.functions that return CompilationResult

Modifier and Type	Method	Description
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	Abs.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)	Overridden method.
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	AbstractIf.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	AbstractListFunction.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	AbstractVarArgFunction.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	Count.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	Exists.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	IfBoolean.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	IsEmpty.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	MinMaxComparableDatatypes.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)	Max: (p1.compareTo(p2) > 0 ? p1 : p2)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	MinMaxDecimal.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	MinMaxMoney.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	MinMaxNativeTypes.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	Not.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	NotBoolean.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	PowerDecimal.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	PowerInt.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	Round.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)	Overridden method.
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	SqrtDecimal.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	SumBeanArrayPropertyFct.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)	Overridden Method.
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	SumDecimal.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)	Overridden method.
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	TextFunction.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	WholeNumber.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)	Overridden method.
protected CompilationResult<org.faktorips.codegen.JavaCodeFragment>	AbstractListFunction.generateFunctionCall(CompilationResultImpl argument1, CompilationResultImpl argument2)
protected CompilationResult<org.faktorips.codegen.JavaCodeFragment>	SumList.generateFunctionCall(CompilationResultImpl argument1, CompilationResultImpl argument2)
protected CompilationResult<org.faktorips.codegen.JavaCodeFragment>	AbstractListFunction.generateFunctionCode(CompilationResult<org.faktorips.codegen.JavaCodeFragment> listArgument)
protected CompilationResult<org.faktorips.codegen.JavaCodeFragment>	AbstractListFunction.validateBasicDatatype(org.faktorips.datatype.Datatype basicDatatype)
protected CompilationResult<org.faktorips.codegen.JavaCodeFragment>	MinMaxList.validateBasicDatatype(org.faktorips.datatype.Datatype basicDatatype)
protected CompilationResult<org.faktorips.codegen.JavaCodeFragment>	SumList.validateBasicDatatype(org.faktorips.datatype.Datatype basicDatatype)

Methods in org.faktorips.fl.functions with parameters of type CompilationResult

Modifier and Type	Method	Description
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	Abs.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)	Overridden method.
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	AbstractIf.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	AbstractListFunction.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	AbstractVarArgFunction.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	Count.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	Exists.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	IfBoolean.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	IsEmpty.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	MinMaxComparableDatatypes.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)	Max: (p1.compareTo(p2) > 0 ? p1 : p2)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	MinMaxDecimal.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	MinMaxMoney.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	MinMaxNativeTypes.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	Not.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	NotBoolean.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	PowerDecimal.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	PowerInt.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	Round.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)	Overridden method.
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	SqrtDecimal.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	SumBeanArrayPropertyFct.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)	Overridden Method.
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	SumDecimal.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)	Overridden method.
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	TextFunction.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	WholeNumber.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)	Overridden method.
protected abstract void	AbstractBaseVarArgFunction.compileInternal(CompilationResult<T> returnValue, CompilationResult<T>[] convertedArgs, T fragment)	The actual compile logic for this function has to be implemented within this method.
protected void	And.compileInternal(CompilationResult<org.faktorips.codegen.JavaCodeFragment> returnValue, CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] convertedArgs, org.faktorips.codegen.JavaCodeFragment fragment)
protected void	Or.compileInternal(CompilationResult<org.faktorips.codegen.JavaCodeFragment> returnValue, CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] convertedArgs, org.faktorips.codegen.JavaCodeFragment fragment)
protected CompilationResultImpl	AbstractListFunction.createCompilationResult(CompilationResult<org.faktorips.codegen.JavaCodeFragment> listArgument, org.faktorips.codegen.JavaCodeFragment fragment)
protected CompilationResult<org.faktorips.codegen.JavaCodeFragment>	AbstractListFunction.generateFunctionCode(CompilationResult<org.faktorips.codegen.JavaCodeFragment> listArgument)
protected org.faktorips.datatype.Datatype	AbstractListFunction.getBasicType(CompilationResult<org.faktorips.codegen.JavaCodeFragment> listArgument)
protected org.faktorips.datatype.Datatype	AbstractBaseVarArgFunction.getExpectedDatatypeForArgResultConversion(CompilationResult<T>[] argResults)	Returns the expected Datatype used to convert arguments in a varargs statement to a common Datatype.
protected AbstractCompilationResult<org.faktorips.codegen.JavaCodeFragment>	AbstractListFunction.getListArgument(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
protected void	MinMaxDouble.writeBody(org.faktorips.codegen.JavaCodeFragment fragment, CompilationResult<org.faktorips.codegen.JavaCodeFragment> first, CompilationResult<org.faktorips.codegen.JavaCodeFragment> second)
protected void	MinMaxInt.writeBody(org.faktorips.codegen.JavaCodeFragment fragment, CompilationResult<org.faktorips.codegen.JavaCodeFragment> first, CompilationResult<org.faktorips.codegen.JavaCodeFragment> second)
protected void	MinMaxLong.writeBody(org.faktorips.codegen.JavaCodeFragment fragment, CompilationResult<org.faktorips.codegen.JavaCodeFragment> first, CompilationResult<org.faktorips.codegen.JavaCodeFragment> second)
protected abstract void	MinMaxNativeTypes.writeBody(org.faktorips.codegen.JavaCodeFragment fragment, CompilationResult<org.faktorips.codegen.JavaCodeFragment> first, CompilationResult<org.faktorips.codegen.JavaCodeFragment> second)

Uses of CompilationResult in org.faktorips.fl.functions.date

Methods in org.faktorips.fl.functions.date that return CompilationResult

Modifier and Type	Method	Description
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	AbstractPeriodFunction.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	Date.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	Days360.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)	((d2.getYear() - d1.getYear()) * 360 + (d2.getMonthOfYear() - d1.getMonthOfYear()) * 30 + (Math.min(d2.getDayOfMonth(), 30) - Math.min(d1.getDayOfMonth(), 30)))

Methods in org.faktorips.fl.functions.date with parameters of type CompilationResult

Modifier and Type	Method	Description
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	AbstractPeriodFunction.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	Date.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	Days360.compile(CompilationResult<org.faktorips.codegen.JavaCodeFragment>[] argResults)	((d2.getYear() - d1.getYear()) * 360 + (d2.getMonthOfYear() - d1.getMonthOfYear()) * 30 + (Math.min(d2.getDayOfMonth(), 30) - Math.min(d1.getDayOfMonth(), 30)))

Uses of CompilationResult in org.faktorips.fl.operations

Methods in org.faktorips.fl.operations that return CompilationResult

Modifier and Type	Method	Description
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	AbstractUnaryJavaOperation.generate(CompilationResult<org.faktorips.codegen.JavaCodeFragment> arg)

Methods in org.faktorips.fl.operations with parameters of type CompilationResult

Modifier and Type	Method	Description
AbstractCompilationResult<org.faktorips.codegen.JavaCodeFragment>	AbstractBinaryJavaOperation.generate(CompilationResult<org.faktorips.codegen.JavaCodeFragment> lhs, CompilationResult<org.faktorips.codegen.JavaCodeFragment> rhs)
CompilationResult<org.faktorips.codegen.JavaCodeFragment>	AbstractUnaryJavaOperation.generate(CompilationResult<org.faktorips.codegen.JavaCodeFragment> arg)