Uses of Class
net.ssehub.easy.instantiation.core.model.common.VilException

Packages that use VilException

Package	Description
de.uni_hildesheim.sse	IVML core main classes (exported).
de.uni_hildesheim.sse.buildLanguageTranslation
de.uni_hildesheim.sse.vil.expressions.translation	Translation functionality for expressions.
de.uni_hildesheim.sse.vil.templatelang
de.uni_hildesheim.sse.vil.templatelang.templateLanguageTranslation
net.ssehub.easy.instantiation.ant.instantiators	Java-specific instantiators.
net.ssehub.easy.instantiation.aspectj.instantiators	AspectJ-specific instantiators.
net.ssehub.easy.instantiation.core.model.artifactModel	Contains the VIL artifact model.
net.ssehub.easy.instantiation.core.model.artifactModel.representation	Contains the implementation of the artifact content representations.
net.ssehub.easy.instantiation.core.model.artifactModel.variability	Contains fragment artifacts, i.e., artifacts which are used to decompose other artifacts but cannot be used standalone.
net.ssehub.easy.instantiation.core.model.artifactModel.xml	Contains simple (non-decomposed) artifacts.
net.ssehub.easy.instantiation.core.model.buildlangModel	Implements the abstract representation of the build language (parsed, analyzed and already linked, i.e.
net.ssehub.easy.instantiation.core.model.buildlangModel.execOperand	Executable operands for system execution operations.
net.ssehub.easy.instantiation.core.model.buildlangModel.matchLoop	Implements the LHS/RHS match loop and related applicators.
net.ssehub.easy.instantiation.core.model.buildlangModel.ruleMatch	Rule match expressions.
net.ssehub.easy.instantiation.core.model.common	Implements the common language elements.
net.ssehub.easy.instantiation.core.model.defaultInstantiators	The default instantiators for VIL.
net.ssehub.easy.instantiation.core.model.execution	High level execution support.
net.ssehub.easy.instantiation.core.model.expressions	Implements the common expression tree for the VIL languages.
net.ssehub.easy.instantiation.core.model.templateModel	The template language model.
net.ssehub.easy.instantiation.core.model.tracing	Common tracing functionality.
net.ssehub.easy.instantiation.core.model.vilTypes	Contains the basic VIL types used as foundation for the artifact model and for integrating the variability model, i.e., types which are not artifacts themselves.
net.ssehub.easy.instantiation.core.model.vilTypes.configuration	All classes related to the EASy integration of configuration and decisions.
net.ssehub.easy.instantiation.java.artifacts	Default Java artifacts.
net.ssehub.easy.instantiation.java.instantiators	Java-specific instantiators.
net.ssehub.easy.instantiation.maven	A Maven instantiator.
net.ssehub.easy.instantiation.serializer.xml.converter	This package contains all converters that are needed for serialization.
net.ssehub.easy.instantiation.velocity	This package contains the VIL instantiator realization of Apache's Velocity. For more information please visit the Velocity project page.
net.ssehub.easy.instantiation.xvcl	This package holds the Instantiator for the instantiation xvcl files using the XVCL library.
net.ssehub.easy.producer.core.mgmt	This package contains classes which are needed for data management, i.e.
net.ssehub.easy.producer.ui.productline_editor.configuration	This package holds classes for the configuration editor and super classes for similar configuration editors.
net.ssehub.easy.producer.ui.productline_editor.instantiator	This package holds classes for the instantiator editor.

Uses of VilException in de.uni_hildesheim.sse

Methods in de.uni_hildesheim.sse that throw VilException

Modifier and Type	Method	Description
Expression	BuildLangModelUtility.createExpression(java.lang.String text, Resolver resolver, java.lang.StringBuilder warnings)	Parses text into an expression.
Expression	BuildLangModelUtility.createExpression(java.lang.String text, IRuntimeEnvironment environment)
Expression	VilExpressionParser.parse(java.lang.String text, Resolver resolver)
Expression	VilExpressionParser.parse(java.lang.String text, IRuntimeEnvironment environment)

Uses of VilException in de.uni_hildesheim.sse.buildLanguageTranslation

Methods in de.uni_hildesheim.sse.buildLanguageTranslation with parameters of type VilException

Modifier and Type	Method	Description
(package private) void	AbstractModelTranslator.error(VilException exception, org.eclipse.emf.ecore.EObject cause, org.eclipse.emf.ecore.EStructuralFeature causeFeature)	Turns a buildlang exception into a xText error.
(package private) void	AbstractModelTranslator.warning(VilException exception, org.eclipse.emf.ecore.EObject cause, org.eclipse.emf.ecore.EStructuralFeature causeFeature)	Turns a buildlang exception into a xText warning.

Methods in de.uni_hildesheim.sse.buildLanguageTranslation that throw VilException

Modifier and Type	Method	Description
protected Compound	AbstractModelTranslator.createCompound(CompoundTypeDescriptor type)
protected Typedef	AbstractModelTranslator.createTypedef(java.lang.String name, TypeDescriptor<?> type)
Expression	ExpressionTranslator.parseExpression(java.lang.String expression, Resolver resolver, java.lang.StringBuilder warnings)
void	RuleInfo.registerVariables(Resolver resolver)	Registers the LHS/RHS variables in resolver if applicable.

Uses of VilException in de.uni_hildesheim.sse.vil.expressions.translation

Methods in de.uni_hildesheim.sse.vil.expressions.translation that return VilException

Modifier and Type	Method	Description
protected VilException	ExpressionTranslator.checkSemantics(Expression expr)	Checks the semantics of a potential call candidate.

Methods in de.uni_hildesheim.sse.vil.expressions.translation with parameters of type VilException

Modifier and Type	Method	Description
protected boolean	ExpressionTranslator.continueResolution(VilException semanticException)	Returns whether resolution shall be continued in case of multiple similar call expressions.

Methods in de.uni_hildesheim.sse.vil.expressions.translation that throw VilException

Modifier and Type	Method	Description
java.lang.Object	DeferredResolvableOperationExpression.accept(IExpressionVisitor visitor)
protected abstract Compound	ModelTranslator.createCompound(CompoundTypeDescriptor type)	Creates a compound object.
protected abstract Typedef	ModelTranslator.createTypedef(java.lang.String name, TypeDescriptor<?> type)	Creates a typdef object.
TypeDescriptor<?>	DeferredResolvableOperationExpression.inferType()
private Expression	ExpressionTranslator.normalizeStringExpression(Expression ex, java.lang.String st)	Normalizes a string expression, i.e., if ex (within a CompositeExpression is not a constant, a StringExpression containing the expression is inserted instead.
abstract Expression	ExpressionTranslator.parseExpression(java.lang.String expression, R resolver, java.lang.StringBuilder warnings)	Parse the given expression.

Uses of VilException in de.uni_hildesheim.sse.vil.templatelang

Methods in de.uni_hildesheim.sse.vil.templatelang that throw VilException

Modifier and Type	Method	Description
Expression	TemplateLangModelUtility.createExpression(java.lang.String text, IRuntimeEnvironment environment)
Expression	TemplateLangModelUtility.createExpression(java.lang.String text, Resolver resolver, java.lang.StringBuilder warnings)	Parses text into an expression.
Expression	TemplateLangModelUtility.createExpression(java.lang.String text, Resolver resolver, java.lang.StringBuilder warnings, IvmlMessageAdapter adapter)	Parses text into an expression.
Expression	VtlExpressionParser.parse(java.lang.String text, IRuntimeEnvironment environment)
Expression	VtlExpressionParser.parse(java.lang.String text, Resolver resolver)

Uses of VilException in de.uni_hildesheim.sse.vil.templatelang.templateLanguageTranslation

Methods in de.uni_hildesheim.sse.vil.templatelang.templateLanguageTranslation with parameters of type VilException

Modifier and Type	Method	Description
(package private) void	ModelTranslator.error(VilException exception, org.eclipse.emf.ecore.EObject cause, org.eclipse.emf.ecore.EStructuralFeature causeFeature)	Turns a buildlang exception into a xText error.
(package private) void	ModelTranslator.warning(VilException exception, org.eclipse.emf.ecore.EObject cause, org.eclipse.emf.ecore.EStructuralFeature causeFeature)	Turns a buildlang exception into a xText warning.

Methods in de.uni_hildesheim.sse.vil.templatelang.templateLanguageTranslation that throw VilException

Modifier and Type	Method	Description
protected Compound	ModelTranslator.createCompound(CompoundTypeDescriptor type)
protected Typedef	ModelTranslator.createTypedef(java.lang.String name, TypeDescriptor<?> type)
Expression	ExpressionTranslator.parseExpression(java.lang.String expression, Resolver resolver, java.lang.StringBuilder warnings)

Uses of VilException in net.ssehub.easy.instantiation.ant.instantiators

Methods in net.ssehub.easy.instantiation.ant.instantiators that throw VilException

Modifier and Type	Method	Description
static Set<FileArtifact>	Ant.ant(Path root, java.lang.String buildFilePath, java.lang.String buildtarget)	Executes a specific ANT-build target.
static Set<FileArtifact>	Make.make(Path root, java.lang.String buildFilePath, java.lang.String buildtarget, java.util.Map<java.lang.String,java.lang.Object> arguments)	Runs make-scripts with the help of ANT.

Uses of VilException in net.ssehub.easy.instantiation.aspectj.instantiators

Methods in net.ssehub.easy.instantiation.aspectj.instantiators that throw VilException

Modifier and Type	Method	Description
static Set<FileArtifact>	AspectJ.aspectJ(Path source, Path target, java.util.Map<java.lang.String,java.lang.Object> other)	Compiles a source path to a target path.
private static Set<FileArtifact>	AspectJ.aspectJ(Collection<FileArtifact> source, java.io.File sourceRoot, Path target, java.util.Map<java.lang.String,java.lang.Object> other)	Compiles a source path to a target path.
static Set<FileArtifact>	AspectJ.aspectJ(Collection<FileArtifact> source, Path target, java.util.Map<java.lang.String,java.lang.Object> other)	Compiles a source path to a target path.
private static void	AspectJ.handleMessages(org.aspectj.bridge.MessageHandler handler)	Handles AspectJ messages.
private static java.lang.String	AspectJ.prepareAspectJClasspath(java.lang.String classpath)	Prepares the AspectJ classpath.

Uses of VilException in net.ssehub.easy.instantiation.core.model.artifactModel

Fields in net.ssehub.easy.instantiation.core.model.artifactModel with type parameters of type VilException

Modifier and Type	Field	Description
private java.util.List<VilException>	FileUtils.ScanResult.errors

Method parameters in net.ssehub.easy.instantiation.core.model.artifactModel with type arguments of type VilException

Modifier and Type	Method	Description
private int	ArtifactModel.scanAll(java.io.File location, int count, ProgressObserver observer, ProgressObserver.ITask task, java.util.List<VilException> errors)	Processes all files in location in a recursive manner.

Methods in net.ssehub.easy.instantiation.core.model.artifactModel that throw VilException

Modifier and Type	Method	Description
abstract void	ComponentArtifact.acticate()	Activates this component.
(package private) void	ArtifactModel.afterRename(IFileSystemArtifact artifact)	Called after rename in order to create the changed artifacts.
void	CompositeArtifact.artifactChanged(java.lang.Object cause)
void	FolderArtifact.artifactChanged(java.lang.Object cause)
void	IArtifactChangedListener.artifactChanged(java.lang.Object cause)	Is called when the artifact was changed, e.g., to trigger a reanalysis of substructures.
(package private) void	ArtifactModel.beforeRename(IFileSystemArtifact artifact)	Called before renaming an artifact to cleanup.
void	FileUtils.ScanResult.checkForException()	Default handling of collected errors.
private static java.lang.String	JavaPath.checkJavaPath(java.lang.String path)	Checks the given path for compliance to Java path conventions.
static IArtifact	ArtifactOperations.convert(java.lang.String val)	Conversion operation.
static IArtifact	ArtifactOperations.convert(Path path)	Conversion operation.
static FileArtifact	FileArtifact.convert(java.lang.String val)	Conversion operation.
static Path	FileArtifact.convert(FileArtifact val)	Conversion operation.
static FileArtifact	FileArtifact.convert(Path path)	Conversion operation.
static Path	FileSystemArtifactOperations.convert(IFileSystemArtifact val)	Conversion operation.
static Path	FolderArtifact.convert(FolderArtifact val)	Conversion operation.
static FolderArtifact	FolderArtifact.convert(Path path)	Converts a path into a folder.
static IFileSystemArtifact	Path.convert(Path path)	Converts a path into a file system artifact.
static FileArtifact	VtlFileArtifact.convert(java.lang.String val)	Conversion operation.
static FileArtifact	VtlFileArtifact.convert(Path path)	Conversion operation.
Set<IFileSystemArtifact>	FileArtifact.copy(IFileSystemArtifact target)
(package private) static java.util.List<IFileSystemArtifact>	FileUtils.copy(IFileSystemArtifact source, IFileSystemArtifact target)	Copies source to target.
Set<IFileSystemArtifact>	FolderArtifact.copy(IFileSystemArtifact target)
Set<IFileSystemArtifact>	IFileSystemArtifact.copy(IFileSystemArtifact target)	Copy this artifact.
Set<IFileSystemArtifact>	Path.copy(IFileSystemArtifact target)	Copies the artifacts denoted by this path to target.
private static void	FileUtils.copyOrMove(java.io.File source, java.io.File target, ArtifactModel sourceModel, ArtifactModel targetModel, java.util.List<IFileSystemArtifact> artifacts)	Copy or move from source to target considering each as directories or files.
private static java.util.List<IFileSystemArtifact>	FileUtils.copyOrMove(IFileSystemArtifact source, IFileSystemArtifact target, boolean move)	Copy or move from source to target considering each as directories or files.
(package private) static Set<IFileSystemArtifact>	FileUtils.copyOrMove(Path source, IFileSystemArtifact target, boolean move)	Copy or move from the source path to the target artifact.
static FileArtifact	FileArtifact.create()	Creates a temporary file artifact.
static FolderArtifact	FolderArtifact.create()	Creates a temporary file artifact.
static Path	Path.create(java.lang.String path)	Creates a path from the given string representation.
static <T extends IArtifact> T	ArtifactFactory.createArtifact(java.lang.Class<T> kind, java.lang.Object real, ArtifactModel model)	Creates an artifact instance.
static IArtifact	ArtifactFactory.createArtifact(java.lang.Object real)	Creates an artifact instance.
FileArtifact	DefaultFileArtifactCreator.createArtifactInstance(java.lang.Object real, ArtifactModel model)
FolderArtifact	DefaultFolderArtifactCreator.createArtifactInstance(java.lang.Object real, ArtifactModel model)
IArtifact	IArtifactCreator.createArtifactInstance(java.lang.Object real, ArtifactModel model)	Returns the artifact instance for real.
FileArtifact	VtlFileArtifactCreator.createArtifactInstance(java.lang.Object real, ArtifactModel model)
protected abstract Binary	CompositeArtifact.createBinary()	Actually creates the binary representation.
protected Binary	FileArtifact.createBinary()
static IFileSystemArtifact	ArtifactFactory.createFileSystemArtifact(java.io.File real)	Creates an artifact instance.
(package private) static IFileSystemArtifact	ArtifactFactory.createFileSystemArtifact(java.io.File real, ArtifactModel model)	Creates an artifact instance.
protected abstract Text	CompositeArtifact.createText()	Actually creates the text representation.
protected Text	FileArtifact.createText()
abstract void	ComponentArtifact.deactivate()	Deactivates this component.
void	FileArtifact.delete()
(package private) static void	FileUtils.delete(java.io.File file)	Deletes the given file and handles the exceptions / return values in the sense of VIL.
void	FolderArtifact.delete()
void	IArtifact.delete()	Deletes this artifact.
void	Path.delete()	Deletes the underlying artifact.
void	Path.deleteAll()	Deletes all files in the given path.
Binary	CompositeArtifact.getBinary()
Binary	FolderArtifact.getBinary()
Binary	IArtifact.getBinary()	Returns the binary representation of the contents of this artifact for manipulation.
java.lang.String	FileArtifact.getName()	Returns the simple name of this artifact.
java.lang.String	FolderArtifact.getName()
java.lang.String	IArtifact.getName()	Returns the name of this artifact.
java.lang.String	JavaPath.getName()
java.lang.String	Path.getName()	Returns the simple name of this artifact.
Path	IFileSystemArtifact.getPath()	Returns the path artifact representing the path to this file system artifact.
java.lang.String	FileArtifact.getPlainName()	Returns the plain name without (possible) extension.
Text	CompositeArtifact.getText()
Text	FolderArtifact.getText()
Text	IArtifact.getText()	Returns the textual representation of the contents of this artifact for manipulation.
void	Path.mkdir()	Creates the directories pointing to path.
Set<IFileSystemArtifact>	FileArtifact.move(IFileSystemArtifact target)
(package private) static java.util.List<IFileSystemArtifact>	FileUtils.move(IFileSystemArtifact source, IFileSystemArtifact target)	Moves source to target.
Set<IFileSystemArtifact>	FolderArtifact.move(IFileSystemArtifact target)
Set<IFileSystemArtifact>	IFileSystemArtifact.move(IFileSystemArtifact target)	Move this artifact.
Set<IFileSystemArtifact>	Path.move(IFileSystemArtifact target)	Moves the artifacts denoted by this path to target.
void	FileArtifact.rename(java.lang.String name)
(package private) static void	FileUtils.rename(java.io.File file, java.io.File newFile)	Renames the given file and handles the exceptions / return values in the sense of VIL.
(package private) static void	FileUtils.rename(java.io.File file, java.lang.String name)	Renames the given file and handles the exceptions / return values in the sense of VIL.
void	FolderArtifact.rename(java.lang.String name)
void	IArtifact.rename(java.lang.String name)	Renames this artifact.
Path	Path.rename(java.lang.String name)	Renames the underlying artifact and returns a new path if necessary.
void	ArtifactModel.scanAll(ProgressObserver observer)	Scans the entire environment starting at root.
abstract Set<? extends FragmentArtifact>	CompositeFragmentArtifact.selectAll()	Returns all artifacts this composite artifact is composed of.
Set<FileArtifact>	FolderArtifact.selectAll()	Returns the contained file system artifacts, i.e., folder and file artifacts.
void	FileArtifact.setExecutable(boolean ownerOnly)
(package private) static void	FileSystemArtifactOperations.setExecutable(IFileSystemArtifact art, boolean ownerOnly)	Enables the (operation system specific) execution flag for the given artifact.
void	FolderArtifact.setExecutable(boolean ownerOnly)
void	IFileSystemArtifact.setExecutable(boolean ownerOnly)	Enables the (operation system specific) execution flag for this artifact.
void	FileArtifact.store()
void	FolderArtifact.store()
void	FragmentArtifact.store()
void	IArtifact.store()	Stores this artifact in case of changes.
Path	FileArtifact.substituteExtension(java.lang.String extension)	Substitutes the extension.
java.lang.String	Path.toAbsoluteOSPath()	Turns this path into an absolute native OS path.
JavaPath	JavaPath.toJavaPath()
JavaPath	Path.toJavaPath()	Turns this path into a java package name.
JavaPath	Path.toJavaPath(java.lang.String prefixRegEx)	Turns this path into a java package name.
void	ArtifactChangedListenerQueue.triggerArtifactChanged(java.lang.Object cause)	Triggers the IArtifactChangedListener#artifactChanged() method on all registered listeners.
abstract void	ComponentArtifact.update(ComponentArtifact artifact)	Updates this component.
void	CompositeArtifact.update()
void	FolderArtifact.update()
void	IArtifact.update()	Called if the underlying real artifact may have been updated, e.g., by overriding it by another file.

Constructors in net.ssehub.easy.instantiation.core.model.artifactModel that throw VilException

Constructor	Description
JavaPath(Path path)	Creates a new java path from a given path.
JavaPath(Path path, java.lang.String prefixRegEx)	Creates a new java path from a given path.

Uses of VilException in net.ssehub.easy.instantiation.core.model.artifactModel.representation

Methods in net.ssehub.easy.instantiation.core.model.artifactModel.representation that throw VilException

Modifier and Type	Method	Description
Text	Text.append(java.lang.String text)	Appends the given text.
Text	Text.append(Text text)	Appends the textual representation of another artifact.
void	Binary.artifactChanged(java.lang.Object cause)
void	Text.artifactChanged(java.lang.Object cause)
Text	Text.insert(int index, java.lang.String insertion)	Inserts the given string at the given index.
Text	Text.insert(int index, Text insertion)	Inserts the textual representation of another artifact at the given index.
boolean	Text.matches(java.lang.String regex)	Returns whether this textual representation matches the given regex.
Text	Text.prepend(java.lang.String text)	Prepends the given text.
Text	Text.prepend(Text text)	Prepends the textual representation of another artifact.
Text	Text.remove(java.lang.String part)	Removes the the first occurrence of the given string in this.
Text	Text.remove(Text part)	Removes the the first occurrence of the given textual representation of another artifact in this.
Text	Text.removeAll(java.lang.String part)	Removes all occurrences of the given string in this.
Text	Text.removeAll(Text part)	Removes all occurrences of the given textual representation of another artifact in this.
Text	Text.replace(java.lang.String search, java.lang.String replacement)	Replaces all occurrences of search by replacement.
Text	Text.substitute(java.lang.String regex, java.lang.String replacement)	Substitutes all parts matching the regular expression regex by replacement.
void	AbstractArtifactRepresentation.triggerArtifactChanged()	Triggers all registerered listeners in AbstractArtifactRepresentation.getListeners().
void	Binary.updateContents()	Updates the text contents.
void	IArtifactRepresentation.updateContents()	Updates the contents.
void	Text.updateContents()

Constructors in net.ssehub.easy.instantiation.core.model.artifactModel.representation that throw VilException

Constructor	Description
Binary(java.io.File file, boolean modifiable)	Creates a new binary representation from file.
Binary(java.lang.String text, boolean modifiable)	Creates a new binary representation from file.
Text(java.io.File file, boolean modifiable)	Creates a new textual representation from file.
Text(java.lang.String text, boolean modifiable)	Creates a new textual representation from text.

Uses of VilException in net.ssehub.easy.instantiation.core.model.artifactModel.variability

Methods in net.ssehub.easy.instantiation.core.model.artifactModel.variability that throw VilException

Modifier and Type	Method	Description
void	AlternativeFragment.delete()
void	MultipleSelectionFragment.delete()
void	OptionalityFragment.delete()
Binary	AlternativeFragment.getBinary()
Binary	MultipleSelectionFragment.getBinary()
Binary	OptionalityFragment.getBinary()
java.lang.String	AlternativeFragment.getName()
java.lang.String	MultipleSelectionFragment.getName()
java.lang.String	OptionalityFragment.getName()
Text	AlternativeFragment.getText()
Text	MultipleSelectionFragment.getText()
Text	OptionalityFragment.getText()
void	AlternativeFragment.rename(java.lang.String name)
void	MultipleSelectionFragment.rename(java.lang.String name)
void	OptionalityFragment.rename(java.lang.String name)
void	AlternativeFragment.update()
void	MultipleSelectionFragment.update()
void	OptionalityFragment.update()

Uses of VilException in net.ssehub.easy.instantiation.core.model.artifactModel.xml

Methods in net.ssehub.easy.instantiation.core.model.artifactModel.xml that throw VilException

Modifier and Type	Method	Description
(package private) XmlAttribute	XmlElement.addAttribute(java.lang.String name, java.lang.String value)	Adds an attribute to this XmlElement.
(package private) XmlAttribute	XmlElement.addAttribute(java.lang.String name, java.lang.String value, boolean forceOverwrite)	Adds an attribute to this XmlElement.
(package private) void	XmlElement.addChild(XmlNode child)	Adds a child XmlElement to this XmlElement.
(package private) XmlElement	XmlElement.appendChild(XmlElement child, org.w3c.dom.Node childNode)	Appends a new child.
void	XmlFileArtifact.artifactChanged(java.lang.Object cause)
void	XmlNode.artifactChanged(java.lang.Object cause)
Sequence<XmlAttribute>	XmlElement.attributes()	Returns all attributes.
static XmlElement	XmlElement.buildAttribute(XmlElement parent, java.lang.String name, java.lang.String value)	Creates a new Attribute for given XmlElement, with given name and value, but returns the parent XML element.
static XmlElement	XmlElement.buildAttribute(XmlElement parent, java.lang.String name, java.lang.String value, boolean forceOverwrite)	Creates a new Attribute for given XmlElement, with given name and value, but returns the parent.
static XmlElement	XmlElement.buildElement(XmlElement parent, java.lang.String name, java.lang.String contents)	Creates a new XmlElement as child of given parent, with given name, but returns the parent element.
protected void	XmlNode.checkRoot()	Checks if this object represents the Root element.
private void	XmlAttribute.checkValidity()	Checks the validity of this object.
protected void	XmlNode.checkValidity()	Checks the validity of this object.
static FileArtifact	XmlFileArtifact.convert(java.lang.String val)	Conversion operation.
static XmlAttribute	XmlAttribute.create(XmlElement parent, java.lang.String name, java.lang.String value)	Creates a new Attribute for given XmlElement, with given name and value.
static XmlAttribute	XmlAttribute.create(XmlElement parent, java.lang.String name, java.lang.String value, boolean forceOverwrite)	Creates a new Attribute for given XmlElement, with given name and value.
static XmlComment	XmlComment.create(XmlElement parent, java.lang.String contents)	Creates a new XmlComment as child of given parent.
static XmlElement	XmlElement.create(XmlElement parent, java.lang.String name, java.lang.String contents)	Creates a new XmlElement as child of given parent, with given name.
static XmlElement	XmlElement.create(XmlFileArtifact parent, java.lang.String name, java.lang.String contents)	Creates a new XmlElement as child of the root element of the given file artifact, with given name.
static FileArtifact	XmlFileArtifact.create()	Creates a temporary file artifact.
FileArtifact	DefaultXmlFileArtifactCreator.createArtifactInstance(java.lang.Object real, ArtifactModel model)
XmlElement	XmlFileArtifact.createRootElement(java.lang.String name)	Creates a root element if it does not exist.
void	XmlAttribute.delete()
void	XmlFileArtifact.delete()
void	XmlNode.delete()
Sequence<XmlElement>	XmlElement.elements()	Returns all nested elements in sequence.
void	XmlFileArtifact.format()	Enforces re-loading, formatting and writing of this artifact.
XmlAttribute	XmlElement.getAttribute(java.lang.String name)	Returns a specific attribute.
Binary	XmlAttribute.getBinary()
Binary	XmlNode.getBinary()
Text	XmlNode.getCdata()	Returns the cdata of the element.
java.lang.String	XmlAttribute.getName()
java.lang.String	XmlComment.getName()
java.lang.String	XmlElement.getName()
Text	XmlAttribute.getText()
Text	XmlNode.getText()
java.lang.String	XmlAttribute.getValue()	Returns the value of this attribute.
private void	XmlFileArtifact.initialize()	(Re)initializes this artifact.
private void	XmlElement.insertElement(XmlNode elem, XmlNode previous)	Inserts an XmlElement at a certain position.
private void	XmlFileArtifact.load(java.io.File file)	Loads and builds the jdom-tree.
Set<XmlNode>	XmlElement.nodes()	Returns all nested nodes in sequence.
private void	XmlFileArtifact.readDtd()	Checks the base file for embedded DTDs.
void	XmlAttribute.rename(java.lang.String name)
void	XmlComment.rename(java.lang.String name)
void	XmlElement.rename(java.lang.String name)
(package private) void	XmlElement.renameAttribute(XmlAttribute attribute, java.lang.String name)	Renames an Attribute (internal called from XmlAttribute).
Set<? extends FragmentArtifact>	XmlComment.selectAll()
Set<? extends FragmentArtifact>	XmlElement.selectAll()
Set<XmlAttribute>	XmlElement.selectAttributeByRegex(java.lang.String regEx)	Returns a specific attribute.
Set<XmlElement>	IXmlContainer.selectByName(java.lang.String name)	Returns a Set with all XmlElements matching name.
Set<XmlElement>	XmlElement.selectByName(java.lang.String name)
Set<XmlElement>	XmlElement.selectByName(java.lang.String name, boolean caseSensitive)	Returns a Set with all XmlElements matching name.
Set<XmlElement>	XmlFileArtifact.selectByName(java.lang.String name)
Set<XmlElement>	IXmlContainer.selectByPath(java.lang.String path)	Selects XML elements according to a given path.
(package private) static Set<XmlElement>	PathUtils.selectByPath(IXmlContainer container, java.lang.String path)	Selects XML elements from container according to a given path.
Set<XmlElement>	XmlElement.selectByPath(java.lang.String path)
Set<XmlElement>	XmlFileArtifact.selectByPath(java.lang.String path)
Set<XmlElement>	XmlElement.selectByRegEx(java.lang.String regEx)	Returns a set of all XmlElements specified by regEx.
Set<XmlElement>	XmlFileArtifact.selectByRegEx(java.lang.String regEx)	Returns a set of all XmlElements that start with prefix and end with suffix.
Set<XmlElement>	IXmlContainer.selectByXPath(java.lang.String path)	Selects XML elements according to a given XPath.
static Set<XmlElement>	PathUtils.selectByXPath(java.lang.String path, java.lang.Object root, IXmlContainer container)	Selects XML elements based on a given XPath expression.
Set<XmlElement>	XmlElement.selectByXPath(java.lang.String path)
Set<XmlElement>	XmlFileArtifact.selectByXPath(java.lang.String path)
Set<? extends XmlElement>	XmlFileArtifact.selectChilds()	Returns a set of all childs of the root element.
void	XmlElement.setAttribute(java.lang.String name, java.lang.String value)	Directly modifies an attribute.
void	XmlNode.setCdata(java.lang.String cdata)	Sets the cdata of the element.
void	XmlAttribute.setValue(java.lang.String value)	Changes the value of this attribute.
void	XmlFileArtifact.store()
void	XmlAttribute.update()
void	XmlFileArtifact.update()
void	XmlNode.update()
private void	XmlFileArtifact.writeToFile()	Writes the Dom tree back to the file.

Constructors in net.ssehub.easy.instantiation.core.model.artifactModel.xml that throw VilException

Constructor	Description
XmlFileArtifact(java.io.File file, ArtifactModel model)	Creates a new XML file artifact.

Uses of VilException in net.ssehub.easy.instantiation.core.model.buildlangModel

Methods in net.ssehub.easy.instantiation.core.model.buildlangModel that throw VilException

Modifier and Type	Method	Description
java.lang.Object	AlternativeExpression.accept(IExpressionVisitor visitor)
java.lang.Object	Compound.accept(IVisitor visitor)
java.lang.Object	ExpressionStatement.accept(IVisitor visitor)
java.lang.Object	ForStatement.accept(IVisitor visitor)
java.lang.Object	IBuildlangElement.accept(IVisitor visitor)	Accepts the visitor for visiting.
java.lang.Object	InstantiateExpression.accept(IExpressionVisitor visitor)
java.lang.Object	JoinExpression.accept(IExpressionVisitor visitor)
java.lang.Object	JoinVariableDeclaration.accept(IVisitor visitor)
java.lang.Object	LoadProperties.accept(IVisitor visitor)
java.lang.Object	MapExpression.accept(IExpressionVisitor visitor)
java.lang.Object	NestedRuleBlock.accept(IVisitor visitor)
java.lang.Object	Rule.accept(IVisitor visitor)
java.lang.Object	RuleCallExpression.accept(IExpressionVisitor visitor)
java.lang.Object	Script.accept(IVisitor visitor)
java.lang.Object	StrategyCallExpression.accept(IExpressionVisitor visitor)
java.lang.Object	TypeDef.accept(IVisitor visitor)
java.lang.Object	VariableDeclaration.accept(IVisitor visitor)
java.lang.Object	VtlRule.accept(IVisitor visitor)
java.lang.Object	WhileStatement.accept(IVisitor visitor)
void	IRuleBlock.addBodyElement(int index, IRuleElement element)	Changes the given rule block.
void	SimpleStatementBlock.addBodyElement(int index, IRuleElement element)
IArtifact	OtherProjects.any(ExpressionEvaluator evaluator)
abstract void	AbstractRule.appendCallTo(AbstractRule target, boolean qualifiedCall)	Appends a call to target to the rule body.
void	Rule.appendCallTo(AbstractRule target, boolean qualifiedCall)
void	VtlRule.appendCallTo(AbstractRule target, boolean qualifiedCall)	Appends a call to target to the rule body.
java.lang.Object	OtherProjects.apply(ExpressionEvaluator evaluator)
protected java.lang.Object	BuildlangExecution.applyRuleBody(Rule rule, java.lang.Object[] rhsValues, RuleExecutionContext context)	Determines pre- and postcondition matches and, if enabled, assigns RHS/LHS variables and executes the rule body.
protected void	BuildlangExecution.assignModelParameter(IResolvableModel<VariableDeclaration,Script> targetModel, IResolvableModel<VariableDeclaration,Script> srcModel)
java.lang.Object	ExecutableRules.buildContributing(AbstractRuleMatchExpression expression, BuildlangExecution visitor)	Aims at building contributing match expressions if the given expression fails.
private void	BuildlangExecution.checkConstants(Script script)	Checks the constant values for proper initialization.
protected void	BuildlangExecution.checkPostconditions(RuleExecutionContext context)	Checks the postconditions of the rule.
protected void	BuildlangExecution.cleanupRuleExecution(RuleExecutionContext context)	Cleans up the rule execution.
Set<?>	OtherProjects.closure(ExpressionEvaluator evaluator)
Set<?>	OtherProjects.collect(ExpressionEvaluator evaluator)
Set<?>	OtherProjects.collectNested(ExpressionEvaluator evaluator)
protected RuleCallExpression	Resolver.createCallExpression(Script model, boolean isSuper, java.lang.String name, CallArgument... arguments)
protected ModelCallExpression<VariableDeclaration,Script,AbstractRule>	BuildlangExecution.createModelCall(Script model, AbstractRule operation, CallArgument... arguments)
protected TypeDescriptor<?>	StrategyCallExpression.determineOperand()
private RuleExecutionResult.Status	BuildlangExecution.determineRhsLhsMatching(Rule rule, java.lang.Object[] rhsValues)	Checks the RHS/LHS matching.
AbstractRule	Script.determineStartRule(java.lang.String startRuleName)	Determines the start rule for script involving imported scripts.
private Collection<java.lang.Object>	BuildlangExecution.evaluate(JoinVariableDeclaration var)	Evaluates the condition for a variable.
private java.lang.Object	BuildlangExecution.evaluateExternalValue(VariableDeclaration var, java.lang.String value)	Evaluates an external value for a given var.
private void	BuildlangExecution.evaluateJoinCombination(JoinExpression join, java.util.List<IVilType> simpleResult, java.util.List<IVilType[]> complexResult)	Evaluates a join combination.
protected java.lang.Object	BuildlangExecution.executeDefault(Script script)	Executes the given script via its default entry point.
private java.lang.Object	BuildlangExecution.executeLoop(IEnumeratingLoop loop, boolean parallelize, java.util.List<java.lang.Object> result)	Executes a loop.
protected java.lang.Object	BuildlangExecution.executeModelCall(AbstractRule rule)
java.lang.Object	BuildlangExecution.executeRuleBody(IRuleBlock ruleBody, RuleExecutionContext context)
private java.lang.Object	BuildlangExecution.executeScript(Script script, RuleCallExpression start)	Executes the given script starting at start.
java.lang.Boolean	OtherProjects.exists(ExpressionEvaluator evaluator)
Set<?>	OtherProjects.flatten()
java.lang.Boolean	OtherProjects.forAll(ExpressionEvaluator evaluator)
private static TypeDescriptor<?>	JoinVariableDeclaration.getJoinVariableType(Expression expr)	Determine the type of the join variable from the initializing expression.
protected void	BuildlangExecution.handleParameterInSequence(IResolvableModel<VariableDeclaration,Script> model, java.util.Map<java.lang.String,VariableDeclaration> varMap)
TypeDescriptor<?>	AlternativeExpression.inferType()
TypeDescriptor<?>	InstantiateExpression.inferType()
TypeDescriptor<?>	JoinExpression.inferType()
TypeDescriptor<?>	MapExpression.inferType()
TypeDescriptor<?>	StrategyCallExpression.inferType()
private TypeDescriptor<?>	StrategyCallExpression.inferTypeExecute()	Resolves the expression for system call execution.
protected void	BuildlangExecution.initializeImplicitVariables(IResolvableModel<VariableDeclaration,Script> model)
java.lang.Object	Rule.invoke(java.lang.Object... args)
java.lang.Object	VtlRule.invoke(java.lang.Object... args)
boolean	OtherProjects.isAcyclic(ExpressionEvaluator evaluator)
java.lang.Boolean	OtherProjects.isUnique(ExpressionEvaluator evaluator)
private java.lang.Object	BuildlangExecution.join(JoinExpression join)	Performs the join operation.
private void	BuildlangExecution.loadProperties(java.io.File file, java.util.Properties prop, java.lang.String os)	Loads properties from file into prop possibly overriding existing properties.
IArtifact	OtherProjects.one(ExpressionEvaluator evaluator)
protected boolean	BuildlangExecution.prepareExecution(RuleExecutionContext context)	Evaluates the rule header and returns whether the rule is applicable.
protected void	BuildlangWriter.printBlock(IRuleBlock block)	Prints an entire block including braces.
protected void	BuildlangWriter.printBlockContents(IRuleBlock block)	Prints the actual block contents.
private void	BuildlangWriter.printImports(Script script)	Prints the imports of script.
protected void	BuildlangWriter.printRuleConditions(Rule rule, Rule.Side side)	Prints the rule conditions on the specified side.
protected void	BuildlangWriter.printScript(Script script)	Prints an entire script.
protected void	BuildlangWriter.printScriptContents(Script script)	Prints the script contents.
protected void	BuildlangWriter.printScriptContentsBeforeRules(Script script)	Prints the script contents before rules.
protected void	BuildlangWriter.printScriptHeader(Script script)	Prints the header of script.
private void	BuildlangWriter.printVtlRestrictions(Script script)	Prints the VTL restrictions.
protected void	BuildlangExecution.processProperties(Script script, java.io.File base)	Processes the LoadProperties.
private void	BuildlangExecution.registerParameter(AbstractRule rule)	Registers the parameter of rule.
void	RuleDescriptor.registerVariables(Resolver resolver)	Registers the LHS/RHS variables in resolver if applicable.
private void	RuleDescriptor.registerVariables(Rule.Side side, Resolver res, java.util.Map<java.lang.String,java.lang.Integer> names)	Registers the variables in resolver if applicable.
Set<IArtifact>	OtherProjects.reject(ExpressionEvaluator evaluator)
(package private) void	BuildlangExecution.resolveMatches(AbstractRule rule, Rule.Side side)	Resolves rule condition matches.
private Script	BuildlangExecution.resolveScript(Project project, IVersionRestriction restrictions)	Resolves the script for an instantiation expression.
protected boolean	BuildlangExecution.ruleElementFailed(IRuleElement elt, RuleExecutionContext context)	Is called when elt failed in execution, e.g., to put further information about failing into the rule execution context.
Set<IArtifact>	OtherProjects.select(ExpressionEvaluator evaluator)
private void	BuildlangExecution.setJoinVariableValue(JoinExpression join, int index, java.lang.Object value)	Sets the specified join variable.
protected void	BuildlangExecution.setModelArgument(VariableDeclaration param, java.lang.Object value)
private void	BuildlangExecution.setModelArgument(IResolvableModel<VariableDeclaration,Script> srcModel, int index, java.lang.String name)	Sets a model argument.
Collection<IArtifact>	OtherProjects.sortedBy(ExpressionEvaluator evaluator)
java.lang.Object	ExpressionCopyVisitor.visitAdvice(Advice advice)
java.lang.Object	ExpressionVersionRestrictionValidator.visitAdvice(Advice advice)
java.lang.Object	VariableFinder.visitAdvice(Advice advice)
java.lang.Object	BuildlangExecution.visitAlternativeExpression(AlternativeExpression alt)
java.lang.Object	BuildlangWriter.visitAlternativeExpression(AlternativeExpression alt)
java.lang.Object	ExpressionCopyVisitor.visitAlternativeExpression(AlternativeExpression alt)
java.lang.Object	ExpressionVersionRestrictionValidator.visitAlternativeExpression(AlternativeExpression alt)
java.lang.Object	IVisitor.visitAlternativeExpression(AlternativeExpression alt)	Visits an alternative.
java.lang.Object	VariableFinder.visitAlternativeExpression(AlternativeExpression alt)
java.lang.Object	BuildlangExecution.visitArtifactMatchExpression(ArtifactMatchExpression expression)
java.lang.Object	BuildlangWriter.visitArtifactMatchExpression(ArtifactMatchExpression expression)
java.lang.Object	ExpressionCopyVisitor.visitArtifactMatchExpression(ArtifactMatchExpression expression)
java.lang.Object	ExpressionVersionRestrictionValidator.visitArtifactMatchExpression(ArtifactMatchExpression expression)
java.lang.Object	VariableFinder.visitArtifactMatchExpression(ArtifactMatchExpression expression)
java.lang.Object	BuildlangExecution.visitBooleanMatchExpression(BooleanMatchExpression expression)
java.lang.Object	BuildlangWriter.visitBooleanMatchExpression(BooleanMatchExpression expression)
java.lang.Object	ExpressionCopyVisitor.visitBooleanMatchExpression(BooleanMatchExpression expression)
java.lang.Object	ExpressionVersionRestrictionValidator.visitBooleanMatchExpression(BooleanMatchExpression expression)
java.lang.Object	VariableFinder.visitBooleanMatchExpression(BooleanMatchExpression expression)
java.lang.Object	VariableFinder.visitCallExpression(CallExpression call)
java.lang.Object	BuildlangExecution.visitCollectionMatchExpression(CollectionMatchExpression expression)
java.lang.Object	BuildlangWriter.visitCollectionMatchExpression(CollectionMatchExpression expression)
java.lang.Object	ExpressionCopyVisitor.visitCollectionMatchExpression(CollectionMatchExpression expression)
java.lang.Object	ExpressionVersionRestrictionValidator.visitCollectionMatchExpression(CollectionMatchExpression expression)
java.lang.Object	VariableFinder.visitCollectionMatchExpression(CollectionMatchExpression expression)
java.lang.Object	VariableFinder.visitCompositeExpression(CompositeExpression ex)
java.lang.Object	BuildlangExecution.visitCompound(Compound compound)
java.lang.Object	ExpressionCopyVisitor.visitCompound(Compound compound)
java.lang.Object	ExpressionVersionRestrictionValidator.visitCompound(Compound compound)
java.lang.Object	VariableFinder.visitCompound(Compound compound)
java.lang.Object	BuildlangExecution.visitCompoundMatchExpression(CompoundMatchExpression expression)
java.lang.Object	BuildlangWriter.visitCompoundMatchExpression(CompoundMatchExpression expression)
java.lang.Object	ExpressionCopyVisitor.visitCompoundMatchExpression(CompoundMatchExpression expression)
java.lang.Object	ExpressionVersionRestrictionValidator.visitCompoundMatchExpression(CompoundMatchExpression expression)
java.lang.Object	VariableFinder.visitCompoundMatchExpression(CompoundMatchExpression expression)
java.lang.Object	BuildlangExecution.visitConstantExpression(ConstantExpression cst)
java.lang.Object	VariableFinder.visitConstantExpression(ConstantExpression cst)
java.lang.Object	VariableFinder.visitContainerInitializerExpression(ContainerInitializerExpression ex)
java.lang.Object	VariableFinder.visitExpression(Expression ex)
java.lang.Object	VariableFinder.visitExpressionEvaluator(ExpressionEvaluator ex)
java.lang.Object	ExpressionCopyVisitor.visitExpressionStatement(ExpressionStatement statement)
java.lang.Object	ExpressionVersionRestrictionValidator.visitExpressionStatement(ExpressionStatement statement)
java.lang.Object	VariableFinder.visitExpressionStatement(ExpressionStatement statement)
java.lang.Object	VariableFinder.visitFieldAccessExpression(FieldAccessExpression ex)
java.lang.Object	BuildlangExecution.visitForStatement(ForStatement stmt)
java.lang.Object	BuildlangWriter.visitForStatement(ForStatement stmt)
java.lang.Object	ExpressionCopyVisitor.visitForStatement(ForStatement stmt)
java.lang.Object	ExpressionVersionRestrictionValidator.visitForStatement(ForStatement stmt)
java.lang.Object	IVisitor.visitForStatement(ForStatement stmt)	Visits a for statement.
java.lang.Object	VariableFinder.visitForStatement(ForStatement stmt)
java.lang.Object	BuildlangExecution.visitInstantiateExpression(InstantiateExpression inst)
java.lang.Object	BuildlangWriter.visitInstantiateExpression(InstantiateExpression inst)
java.lang.Object	ExpressionCopyVisitor.visitInstantiateExpression(InstantiateExpression inst)
java.lang.Object	ExpressionVersionRestrictionValidator.visitInstantiateExpression(InstantiateExpression inst)
java.lang.Object	IVisitor.visitInstantiateExpression(InstantiateExpression inst)	Visits an instantiate expression.
java.lang.Object	VariableFinder.visitInstantiateExpression(InstantiateExpression inst)
java.lang.Object	BuildlangExecution.visitJoinExpression(JoinExpression ex)
java.lang.Object	BuildlangWriter.visitJoinExpression(JoinExpression ex)
java.lang.Object	ExpressionCopyVisitor.visitJoinExpression(JoinExpression ex)
java.lang.Object	ExpressionVersionRestrictionValidator.visitJoinExpression(JoinExpression ex)
java.lang.Object	IVisitor.visitJoinExpression(JoinExpression ex)	Visits a join expression.
java.lang.Object	VariableFinder.visitJoinExpression(JoinExpression ex)
java.lang.Object	BuildlangExecution.visitJoinVariableDeclaration(JoinVariableDeclaration decl)
java.lang.Object	BuildlangWriter.visitJoinVariableDeclaration(JoinVariableDeclaration decl)
java.lang.Object	ExpressionCopyVisitor.visitJoinVariableDeclaration(JoinVariableDeclaration decl)
java.lang.Object	ExpressionVersionRestrictionValidator.visitJoinVariableDeclaration(JoinVariableDeclaration decl)
java.lang.Object	IVisitor.visitJoinVariableDeclaration(JoinVariableDeclaration decl)	Visits a join variable declaration.
java.lang.Object	VariableFinder.visitJoinVariableDeclaration(JoinVariableDeclaration decl)
java.lang.Object	BuildlangExecution.visitLoadProperties(LoadProperties properties)
java.lang.Object	BuildlangWriter.visitLoadProperties(LoadProperties properties)
java.lang.Object	ExpressionCopyVisitor.visitLoadProperties(LoadProperties properties)
java.lang.Object	ExpressionVersionRestrictionValidator.visitLoadProperties(LoadProperties properties)
java.lang.Object	IVisitor.visitLoadProperties(LoadProperties properties)	Visits a load properties directive.
java.lang.Object	VariableFinder.visitLoadProperties(LoadProperties properties)
private java.lang.Object	BuildlangWriter.visitLoop(IEnumeratingLoop loop)	Visits a loop.
java.lang.Object	BuildlangExecution.visitMapExpression(MapExpression map)
java.lang.Object	BuildlangWriter.visitMapExpression(MapExpression map)
java.lang.Object	ExpressionCopyVisitor.visitMapExpression(MapExpression map)
java.lang.Object	ExpressionVersionRestrictionValidator.visitMapExpression(MapExpression map)
java.lang.Object	IVisitor.visitMapExpression(MapExpression map)	Visits a map expression.
java.lang.Object	VariableFinder.visitMapExpression(MapExpression map)
java.lang.Object	VariableFinder.visitMultiAndExpression(MultiAndExpression ex)
java.lang.Object	VariableFinder.visitParenthesisExpression(ParenthesisExpression par)
java.lang.Object	BuildlangExecution.visitPathMatchExpression(PathMatchExpression expression)
java.lang.Object	BuildlangWriter.visitPathMatchExpression(PathMatchExpression expression)
java.lang.Object	ExpressionCopyVisitor.visitPathMatchExpression(PathMatchExpression expression)
java.lang.Object	ExpressionVersionRestrictionValidator.visitPathMatchExpression(PathMatchExpression expression)
java.lang.Object	VariableFinder.visitPathMatchExpression(PathMatchExpression expression)
java.lang.Object	BuildlangExecution.visitResolvableOperationCallExpression(ResolvableOperationCallExpression ex)
java.lang.Object	VariableFinder.visitResolvableOperationCallExpression(ResolvableOperationCallExpression ex)
java.lang.Object	VariableFinder.visitResolvableOperationExpression(ResolvableOperationExpression ex)
java.lang.Object	BuildlangExecution.visitRule(Rule rule)
java.lang.Object	BuildlangExecution.visitRule(VtlRule rule)
java.lang.Object	BuildlangWriter.visitRule(Rule rule)
java.lang.Object	BuildlangWriter.visitRule(VtlRule rule)
java.lang.Object	ExpressionCopyVisitor.visitRule(Rule rule)
java.lang.Object	ExpressionCopyVisitor.visitRule(VtlRule rule)
java.lang.Object	ExpressionVersionRestrictionValidator.visitRule(Rule rule)
java.lang.Object	ExpressionVersionRestrictionValidator.visitRule(VtlRule rule)
java.lang.Object	IVisitor.visitRule(Rule rule)	Visits a rule.
java.lang.Object	IVisitor.visitRule(VtlRule rule)	Visits a VTL mapping rule.
java.lang.Object	VariableFinder.visitRule(Rule rule)
java.lang.Object	VariableFinder.visitRule(VtlRule rule)
private void	VariableFinder.visitRuleBlock(IRuleBlock block)	Visits and searches in a given rule block.
java.lang.Object	BuildlangExecution.visitRuleCallExpression(RuleCallExpression ex)
java.lang.Object	BuildlangWriter.visitRuleCallExpression(RuleCallExpression ex)
java.lang.Object	ExpressionCopyVisitor.visitRuleCallExpression(RuleCallExpression ex)
java.lang.Object	ExpressionVersionRestrictionValidator.visitRuleCallExpression(RuleCallExpression ex)
java.lang.Object	IVisitor.visitRuleCallExpression(RuleCallExpression ex)	Visits a rule call expression.
java.lang.Object	VariableFinder.visitRuleCallExpression(RuleCallExpression ex)
java.lang.Object	BuildlangExecution.visitScript(Script script)
java.lang.Object	BuildlangWriter.visitScript(Script script)
java.lang.Object	ExpressionCopyVisitor.visitScript(Script script)
java.lang.Object	ExpressionVersionRestrictionValidator.visitScript(Script script)
java.lang.Object	IVisitor.visitScript(Script script)	Visits a script.
java.lang.Object	VariableFinder.visitScript(Script script)
java.lang.Object	BuildlangExecution.visitStrategyCallExpression(StrategyCallExpression call)
java.lang.Object	BuildlangWriter.visitStrategyCallExpression(StrategyCallExpression call)
java.lang.Object	ExpressionCopyVisitor.visitStrategyCallExpression(StrategyCallExpression call)
java.lang.Object	ExpressionVersionRestrictionValidator.visitStrategyCallExpression(StrategyCallExpression call)
java.lang.Object	IVisitor.visitStrategyCallExpression(StrategyCallExpression call)	Visits a strategy call node.
java.lang.Object	VariableFinder.visitStrategyCallExpression(StrategyCallExpression call)
java.lang.Object	BuildlangExecution.visitStrategyCallExpressionImpl(StrategyCallExpression call)	Implements the strategy call execution of an executable call.
java.lang.Object	VariableFinder.visitStringExpression(StringExpression ex)
java.lang.Object	BuildlangExecution.visitStringMatchExpression(StringMatchExpression expression)
java.lang.Object	BuildlangWriter.visitStringMatchExpression(StringMatchExpression expression)
java.lang.Object	ExpressionCopyVisitor.visitStringMatchExpression(StringMatchExpression expression)
java.lang.Object	ExpressionVersionRestrictionValidator.visitStringMatchExpression(StringMatchExpression expression)
java.lang.Object	VariableFinder.visitStringMatchExpression(StringMatchExpression expression)
java.lang.Object	BuildlangExecution.visitTypedef(Typedef typedef)
java.lang.Object	ExpressionCopyVisitor.visitTypedef(Typedef typedef)
java.lang.Object	ExpressionVersionRestrictionValidator.visitTypedef(Typedef typedef)
java.lang.Object	VariableFinder.visitTypedef(Typedef typedef)
java.lang.Object	VariableFinder.visitValueAssignmentExpression(ValueAssignmentExpression ex)
java.lang.Object	ExpressionCopyVisitor.visitVariableDeclaration(VariableDeclaration var)
java.lang.Object	ExpressionVersionRestrictionValidator.visitVariableDeclaration(VariableDeclaration var)
java.lang.Object	VariableFinder.visitVariableDeclaration(VariableDeclaration var)
java.lang.Object	VariableFinder.visitVariableExpression(VariableExpression cst)
java.lang.Object	VariableFinder.visitVarModelIdentifierExpression(VarModelIdentifierExpression identifier)
java.lang.Object	VariableFinder.visitVilTypeExpression(VilTypeExpression typeExpression)
java.lang.Object	BuildlangExecution.visitWhileStatement(WhileStatement stmt)
java.lang.Object	BuildlangWriter.visitWhileStatement(WhileStatement stmt)
java.lang.Object	ExpressionCopyVisitor.visitWhileStatement(WhileStatement stmt)
java.lang.Object	ExpressionVersionRestrictionValidator.visitWhileStatement(WhileStatement stmt)
java.lang.Object	IVisitor.visitWhileStatement(WhileStatement stmt)	Visits a while statement.
java.lang.Object	VariableFinder.visitWhileStatement(WhileStatement stmt)

Constructors in net.ssehub.easy.instantiation.core.model.buildlangModel that throw VilException

Constructor	Description
AlternativeExpression(Expression condition, IRuleBlock ifPart, IRuleBlock elsePart)	Creates an alternative expression.
ForStatement(VariableDeclaration[] variables, Expression expr, IRuleElement[] body, TypeDescriptor<?>[] givenTypes, boolean colon)	Creates a for statement.
InstantiateExpression(java.lang.String name, CallArgument... arguments)	Creates an instantiate expression.
InstantiateExpression(VariableDeclaration project, IVersionRestriction restriction, java.lang.String name, CallArgument... arguments)	Creates an instantiate expression.
JoinExpression(JoinVariableDeclaration[] joinVariables, Expression condition)	Creates a new join expression.
JoinVariableDeclaration(java.lang.String name, Expression expr, boolean exclude)	Creates a new variable declaration.
MapExpression(VariableDeclaration[] variables, Expression expr, IRuleElement[] body, TypeDescriptor<?>[] givenTypes, boolean colon)	Creates a map statement.
RuleCallExpression(Script script, boolean isSuper, java.lang.String name, CallArgument... arguments)	Creates a new rule call expression.
RuleCallExpression(Script script, AbstractRule rule, CallArgument... arguments)	Creates a new rule call expression for a known operation.
StrategyCallExpression()	Constructor for serialization.
StrategyCallExpression(java.lang.Object parent, java.lang.String name, CallArgument... arguments)	Creates a new instantator strategy call.
StrategyCallExpression(java.lang.Object parent, java.lang.String name, Expression... arguments)	Creates a new instantiator strategy call.
StrategyCallExpression(VariableDeclaration nameVar, CallArgument... arguments)	Creates a new system execution strategy call.
StrategyCallExpression(VariableDeclaration nameVar, Expression... arguments)	Creates a new system execution strategy call.
TypeDef(java.lang.String name, TypeDescriptor<?> type, Script parent)	Creates a typedef.
WhileStatement(Expression condition, IRuleElement[] body)	Creates a while statement.

Uses of VilException in net.ssehub.easy.instantiation.core.model.buildlangModel.execOperand

Methods in net.ssehub.easy.instantiation.core.model.buildlangModel.execOperand that throw VilException

Modifier and Type	Method	Description
java.lang.String	FileArtifactExecutableOperandType.convert(java.lang.Object object)
java.lang.String	FileSystemArtifactExecutableOperandType.convert(java.lang.Object object)
java.lang.String	IExecutableOperandType.convert(java.lang.Object object)	Converts an evaluated object into a string representing the name of the program to execute.

Uses of VilException in net.ssehub.easy.instantiation.core.model.buildlangModel.matchLoop

Methods in net.ssehub.easy.instantiation.core.model.buildlangModel.matchLoop that throw VilException

Modifier and Type	Method	Description
abstract void	Applicator.apply(java.lang.Object expectedLhsValue, java.lang.Object rhsValue, int index)	Apply this applicator for one combination which requires building.
void	BuildCollectionApplicator.apply(java.lang.Object expectedLhsValue, java.lang.Object rhsValue, int index)
void	BuildEnablingApplicator.apply(java.lang.Object expectedLhsValue, java.lang.Object rhsValue, int index)
void	BuildExecutionApplicator.apply(java.lang.Object expectedLhsValue, java.lang.Object rhsValue, int index)
protected void	Applicator.conditionLoopFinished()	Notifies when the condition loop terminated.
void	BuildCollectionApplicator.conditionLoopFinished()	Sets the results of the MATCH-variables in environment.
java.lang.Object	RuleBodyExecutor.executeRuleBody(IRuleBlock ruleBody, RuleExecutionContext context)	Executes a rule body.
static void	LhsRhsMatchLoop.matchLoop(Rule rule, java.lang.Object[] rhsValues, Applicator applicator, ITracer tracer)	Loops over the LHS/RHS matches and calls the applicator for each match.
protected void	Applicator.matchLoopFinished()	Notifies when the match loop terminated.
void	BuildEnablingApplicator.matchLoopFinished()

Uses of VilException in net.ssehub.easy.instantiation.core.model.buildlangModel.ruleMatch

Methods in net.ssehub.easy.instantiation.core.model.buildlangModel.ruleMatch that throw VilException

Modifier and Type	Method	Description
protected abstract java.lang.Object	AbstractRuleMatchExpression.accept(IMatchVisitor visitor)	Accepts the given visitor for visiting.
java.lang.Object	AbstractRuleMatchExpression.accept(IExpressionVisitor visitor)
protected java.lang.Object	ArtifactMatchExpression.accept(IMatchVisitor visitor)
protected java.lang.Object	BooleanMatchExpression.accept(IMatchVisitor visitor)
protected java.lang.Object	CollectionMatchExpression.accept(IMatchVisitor visitor)
protected java.lang.Object	CompoundMatchExpression.accept(IMatchVisitor visitor)
protected java.lang.Object	PathMatchExpression.accept(IMatchVisitor visitor)
protected java.lang.Object	StringMatchExpression.accept(IMatchVisitor visitor)
AbstractRuleMatchExpression	MatchFactory.create(Expression expr)	Creates a rule match expression from expr.
java.lang.Object	AbstractPathRuleMatchExpression.determineExpected(AbstractRuleMatchExpression rhsExpr, java.lang.Object rhsValue)
abstract java.lang.Object	AbstractRuleMatchExpression.determineExpected(AbstractRuleMatchExpression rhsExpr, java.lang.Object rhsValue)	Determines the expected value on the left side (represented by this object) based on the actual value for the corresponding right side.
java.lang.Object	BooleanMatchExpression.determineExpected(AbstractRuleMatchExpression rhsExpr, java.lang.Object rhsValue)
protected static TypeDescriptor<? extends Collection<? extends IArtifact>>	AbstractRuleMatchExpression.ensureType(TypeDescriptor<?> type)	Ensures a collection type for type.
abstract Collection<?>	AbstractRuleMatchExpression.evaluate(IExpressionVisitor evaluator)	Evaluates this expression.
Collection<?>	ArtifactMatchExpression.evaluate(IExpressionVisitor evaluator)
Collection<?>	BooleanMatchExpression.evaluate(IExpressionVisitor evaluator)
Collection<?>	CollectionMatchExpression.evaluate(IExpressionVisitor evaluator)
Collection<?>	CompoundMatchExpression.evaluate(IExpressionVisitor evaluator)
Collection<?>	PathMatchExpression.evaluate(IExpressionVisitor evaluator)
Collection<?>	StringMatchExpression.evaluate(IExpressionVisitor evaluator)
TypeDescriptor<? extends Collection<? extends IArtifact>>	AbstractRuleMatchExpression.inferType()
TypeDescriptor<? extends Collection<? extends IArtifact>>	CollectionMatchExpression.inferType()
private java.lang.String	MatchResolver.resolve(java.lang.String string)	Resolves the given string.
java.lang.Object	IMatchVisitor.visitArtifactMatchExpression(ArtifactMatchExpression expression)	Visits an artifact match expression.
java.lang.Object	MatchResolver.visitArtifactMatchExpression(ArtifactMatchExpression expression)
java.lang.Object	IMatchVisitor.visitBooleanMatchExpression(BooleanMatchExpression expression)	Visits a boolean match expression.
java.lang.Object	MatchResolver.visitBooleanMatchExpression(BooleanMatchExpression expression)
java.lang.Object	MatchResolver.visitCallExpression(CallExpression call)
java.lang.Object	IMatchVisitor.visitCollectionMatchExpression(CollectionMatchExpression expression)	Visits a collection match expression.
java.lang.Object	MatchResolver.visitCollectionMatchExpression(CollectionMatchExpression expression)
java.lang.Object	MatchResolver.visitCompositeExpression(CompositeExpression ex)
java.lang.Object	IMatchVisitor.visitCompoundMatchExpression(CompoundMatchExpression expression)	Visits a compound match expression.
java.lang.Object	MatchResolver.visitCompoundMatchExpression(CompoundMatchExpression expression)
java.lang.Object	MatchResolver.visitConstantExpression(ConstantExpression cst)
java.lang.Object	MatchResolver.visitContainerInitializerExpression(ContainerInitializerExpression ex)
java.lang.Object	MatchResolver.visitExpression(Expression ex)
java.lang.Object	MatchResolver.visitExpressionEvaluator(ExpressionEvaluator ex)
java.lang.Object	MatchResolver.visitFieldAccessExpression(FieldAccessExpression ex)
java.lang.Object	MatchResolver.visitMultiAndExpression(MultiAndExpression ex)
java.lang.Object	MatchResolver.visitParenthesisExpression(ParenthesisExpression par)
java.lang.Object	IMatchVisitor.visitPathMatchExpression(PathMatchExpression expression)	Visits a path match expression.
java.lang.Object	MatchResolver.visitPathMatchExpression(PathMatchExpression expression)
java.lang.Object	MatchResolver.visitResolvableOperationCallExpression(ResolvableOperationCallExpression ex)
java.lang.Object	MatchResolver.visitResolvableOperationExpression(ResolvableOperationExpression ex)
java.lang.Object	MatchResolver.visitStringExpression(StringExpression ex)
java.lang.Object	IMatchVisitor.visitStringMatchExpression(StringMatchExpression expression)	Visits a string match expression.
java.lang.Object	MatchResolver.visitStringMatchExpression(StringMatchExpression expression)
java.lang.Object	MatchResolver.visitValueAssignmentExpression(ValueAssignmentExpression ex)
java.lang.Object	MatchResolver.visitVariableExpression(VariableExpression cst)
java.lang.Object	MatchResolver.visitVarModelIdentifierExpression(VarModelIdentifierExpression identifier)
java.lang.Object	MatchResolver.visitVilTypeExpression(VilTypeExpression typeExpression)

Constructors in net.ssehub.easy.instantiation.core.model.buildlangModel.ruleMatch that throw VilException

Constructor	Description
ArtifactMatchExpression(Expression expression)	Creates a new collection match expression.
BooleanMatchExpression(Expression expression)	Creates a new Boolean match expression.
CollectionMatchExpression(Expression expression)	Creates a new collection match expression.
PathMatchExpression(Expression expression)	Creates a path match expression.

Uses of VilException in net.ssehub.easy.instantiation.core.model.common

Fields in net.ssehub.easy.instantiation.core.model.common declared as VilException

Modifier and Type	Field	Description
private VilException[]	VilException.additionalCauses	Optional additional causes.
private VilException	Resolver.CallExpressionTester.lastException

Methods in net.ssehub.easy.instantiation.core.model.common that return VilException

Modifier and Type	Method	Description
private static VilException	VilException.getFirstCause(java.util.List<VilException> causes)	Returns the first cause in case of multiple causes.
VilException	ICallExpressionTester.getLastException()	Returns the last exception produced by #createAndCheckCall(IResolvableModel, boolean).
VilException	Resolver.CallExpressionTester.getLastException()

Methods in net.ssehub.easy.instantiation.core.model.common with parameters of type VilException

Modifier and Type	Method	Description
void	ITracer.traceExecutionException(VilException exception)	Traces a top-level execution exception, i.e., execution a VIL script or template failed.
void	NoTracer.traceExecutionException(VilException exception)
void	StreamTracer.traceExecutionException(VilException exception)

Method parameters in net.ssehub.easy.instantiation.core.model.common with type arguments of type VilException

Modifier and Type	Method	Description
private static VilException	VilException.getFirstCause(java.util.List<VilException> causes)	Returns the first cause in case of multiple causes.
private static int	VilException.getFirstId(java.util.List<VilException> causes)	Returns the first cause in case of multiple causes.
private static java.lang.String	VilException.getFirstMessage(java.util.List<VilException> causes)	Returns the first message in case of multiple causes.

Methods in net.ssehub.easy.instantiation.core.model.common that throw VilException

Modifier and Type	Method	Description
java.lang.Object	Advice.accept(IVisitor visitor)	Accepts the visitor for visiting.
java.lang.Object	Compound.accept(IVisitor visitor)	Accepts the visitor for visiting.
java.lang.Object	ExpressionStatement.accept(IVisitor visitor)	Accepts the given visitor for visiting this instance.
java.lang.Object	Typedef.accept(IVisitor visitor)	Accepts the visitor for visiting.
java.lang.Object	VariableDeclaration.accept(IVisitor visitor)	Accepts the given visitor for visiting this instance.
void	RuntimeEnvironment.addValue(V var, java.lang.Object object)	Changes the value of var to the top level.
void	RuntimeEnvironment.Context.addValue(D var, java.lang.Object object)	Changes the value of var to the top level.
void	ExpressionStatement.applyConversionTo(OperationDescriptor op)	Changes this statement by applying a conversion operation to ExpressionStatement.expression.
protected abstract void	ExecutionVisitor.assignModelParameter(IResolvableModel<V,M> targetModel, IResolvableModel<V,M> srcModel)	Assigns the model parameters.
static java.lang.Object	RuntimeEnvironment.checkType(java.lang.String name, TypeDescriptor<?> type, java.lang.Object object, TypeRegistry registry, java.util.function.Supplier<java.lang.String> modelName)	Checks whether object can be assigned to some form of variable/field with name name and type type.
private java.lang.Object	RuntimeEnvironment.checkType(V var, java.lang.Object object)	Checks whether object can be assigned to var.
protected java.lang.Object	ExecutionVisitor.convertToContainer(Expression expr, java.lang.Object value, java.lang.String eltName)	Converts the actual value of expr to a container if required and possible.
E	Resolver.createCallExpression(boolean isSuper, java.lang.String name, ICallExpressionTester<M,O,E,V> tester, CallArgument... arguments)	Creates a call to a IResolvableOperation for one of the current model instances.
E	Resolver.createCallExpression(boolean isSuper, java.lang.String name, CallArgument... arguments)	Creates a call to a IResolvableOperation for one of the current model instances.
protected abstract E	Resolver.createCallExpression(M model, boolean isSuper, java.lang.String name, CallArgument... arguments)	Creates a new model call expression.
CallExpression	Resolver.createExtensionCallExpression(java.lang.String name, CallArgument... arguments)	Creates an extension call expression to functions provided by extension types (see IResolvableModel.getExtensionType(int)).
protected abstract ModelCallExpression<V,M,O>	ExecutionVisitor.createModelCall(M model, O operation, CallArgument... arguments)	Creates a model call expression instance.
private M	Resolver.determineQualifiedModel(M model, boolean isSuper, java.lang.String name)	Determines the model denoted by a qualified name.
private M	Resolver.determineQualifiedModel(M model, java.lang.String name)	Determines the model denoted by a qualified name.
protected java.util.Map<java.lang.String,java.lang.Object>	ExecutionVisitor.determineScriptParam(ModelCallExpression<V,M,O> call)	Determines script parameters from a call, i.e., takes over arguments and fixes them.
private java.lang.Object	ExecutionVisitor.evaluateDefault(VariableDeclaration decl)	Evaluates the default value of decl.
protected void	ExecutionVisitor.evaluateModelParameter(IResolvableModel<V,M> targetModel, IResolvableModel<V,M> srcModel, int startIndex)	Assigns the model parameters.
protected java.lang.Object	ExecutionVisitor.executeMain(M model, O operation)	Executes the main operation.
protected abstract java.lang.Object	ExecutionVisitor.executeModelCall(O operation)	Actually executes a model call.
java.lang.Object	RuntimeEnvironment.Context.getIvmlValue(java.lang.String name)	Returns the value of the IVML element denoted by name in the closest scope defining an IVML configuration.
java.lang.Object	RuntimeEnvironment.getIvmlValue(java.lang.String name)
java.lang.Object	RuntimeEnvironment.Context.getValue(IResolvable resolvable)	Returns the value of resolvable.
java.lang.Object	RuntimeEnvironment.getValue(IResolvableModel<V,M> contextModel, java.lang.String name)	Returns the value of name within contextModel.
java.lang.Object	RuntimeEnvironment.getValue(IResolvable resolvable)
java.lang.Object	RuntimeEnvironment.getValue(V var)	Returns the value of var.
protected void	ExecutionVisitor.handleParameterInSequence(IResolvableModel<V,M> model, java.util.Map<java.lang.String,V> varMap)	Handles model parameters in sequence if appropriate.
TypeDescriptor<?>	ModelCallExpression.inferType()
protected void	ExecutionVisitor.initializeImplicitVariables(IResolvableModel<V,M> model)	Initializes implicit variables of a model (before explicitly defined variables).
void	RuntimeEnvironment.Context.popLevel()	Removes the topmost level.
void	RuntimeEnvironment.popLevel()	Removes the topmost level.
protected <R extends IMetaParameterDeclaration,M extends IModel> void	WriterVisitor.printCompounds(AbstractResolvableModel<R,M> model)	Prints the typedefs of model.
protected void	WriterVisitor.printParameterList(IParameterizable<V> parameterizable)	Prints the parameter list of parameterizable.
protected <R extends IMetaParameterDeclaration,M extends IModel> void	WriterVisitor.printTypedefs(AbstractResolvableModel<R,M> model)	Prints the typedefs of model.
protected java.lang.Object	ExecutionVisitor.proceedModelCall(O resolved, M model, IArgumentProvider arguments, boolean isPlaceholder, boolean enableParentScope)	Performs a model call.
protected void	ExecutionVisitor.processModelParameter(IResolvableModel<V,M> model)	Processes the parameters of model.
protected void	ExecutionVisitor.setModelArgument(V param, java.lang.Object value)	Defines the value of a given model/main argument and allows (by overriding) implicit (programmed) conversion of main arguments.
void	RuntimeEnvironment.Context.setValue(D var, java.lang.Object object)	Changes the value of var where it is defined.
void	RuntimeEnvironment.setValue(IResolvable var, java.lang.Object object)	Changes the value of var where it is defined.
void	RuntimeEnvironment.setValue(V var, java.lang.Object object)	Changes the value of var where it is defined.
void	RuntimeEnvironment.Context.storeArtifacts(boolean force)	Stores the recent artifacts, but only artifacts that are not excluded and not initially defined on the current level (avoids repeated writing the same artifacts along a nesting hierarchy).
void	RuntimeEnvironment.storeArtifacts(boolean force)
java.lang.Object	ExecutionVisitor.visitAdvice(Advice advice)
java.lang.Object	IVisitor.visitAdvice(Advice advice)	Visits an advice.
java.lang.Object	WriterVisitor.visitAdvice(Advice advice)
java.lang.Object	IVisitor.visitCompound(Compound compound)	Visits a compound.
java.lang.Object	WriterVisitor.visitCompound(Compound compound)
java.lang.Object	ExecutionVisitor.visitExpressionStatement(ExpressionStatement statement)
java.lang.Object	IVisitor.visitExpressionStatement(ExpressionStatement statement)	Visits a statement.
java.lang.Object	WriterVisitor.visitExpressionStatement(ExpressionStatement statement)
protected java.lang.Object	ExecutionVisitor.visitModelCallExpression(ModelCallExpression<V,M,O> call)	Visits a model call expression.
void	ExecutionVisitor.visitModelHeader(IResolvableModel<V,M> model)	Visits the related model headers.
private void	ExecutionVisitor.visitModelHeader(IResolvableModel<V,M> model, java.util.Set<IResolvableModel<V,M>> visited)	Visits the related model headers.
java.lang.Object	IVisitor.visitTypedef(Typedef typedef)	Visits a typedef.
java.lang.Object	WriterVisitor.visitTypedef(Typedef typedef)
java.lang.Object	ExecutionVisitor.visitVariableDeclaration(VariableDeclaration var)
java.lang.Object	IVisitor.visitVariableDeclaration(VariableDeclaration var)	Visits a variable declaration.
java.lang.Object	WriterVisitor.visitVariableDeclaration(VariableDeclaration var)

Constructor parameters in net.ssehub.easy.instantiation.core.model.common with type arguments of type VilException

Constructor	Description
VilException(java.util.List<VilException> causes)	Creates a new exception.

Constructors in net.ssehub.easy.instantiation.core.model.common that throw VilException

Constructor	Description
ModelCallExpression(M model, boolean isSuper, java.lang.String name, CallArgument... arguments)	Creates a new model call expression.
ModelCallExpression(M model, O resolved, CallArgument... arguments)	Creates a new model call expression for a known operation.
Typedef(java.lang.String name, TypeDescriptor<?> type)	Creates a typedef.

Uses of VilException in net.ssehub.easy.instantiation.core.model.defaultInstantiators

Methods in net.ssehub.easy.instantiation.core.model.defaultInstantiators that throw VilException

Modifier and Type	Method	Description
static Set<FileArtifact>	Zip.add(Path base, Collection<FileArtifact> artifacts, Path target, ZipHandler handler)	Packs source files into target using handler.
private static Template	VilTemplateProcessor.obtainTemplate(java.lang.String templateName, ModelImport<Template> restrictions, java.lang.String[] vtlPaths, Script caller)	Obtains the template for templateName and version.
private static void	VilTemplateProcessor.process(FileArtifact template, Configuration config, IArtifact target, java.util.Map<java.lang.String,java.lang.Object> other, java.util.List<IArtifact> result, boolean addAdvice)	Instantiates source to target.
private static void	VilTemplateProcessor.process(VtlFileArtifact template, Configuration config, IArtifact target, java.util.Map<java.lang.String,java.lang.Object> other, java.util.List<IArtifact> result)	Instantiates source to target.
private static void	VilTemplateProcessor.process(Template template, Configuration config, IArtifact target, java.util.Map<java.lang.String,java.lang.Object> other, java.util.List<IArtifact> result)	Instantiates source to target.
private static void	VilTemplateProcessor.throwMissingTemplateError(java.lang.String templateName, java.lang.String[] possiblePaths)	Creates a VIL exception with a detailed/helpful message if the desired template could not be loaded/found.
static Set<FileArtifact>	Zip.toFileArtifactSet(java.util.List<java.io.File> files, ArtifactModel model)	Turns a list of files into related file artifacts.
static Set<FileArtifact>	Unzip.unpack(Path zip, Path target, java.lang.String pattern, ZipHandler handler)	Unpacks files in zip that matches the given filter into target.
static Set<FileArtifact>	Unzip.unpack(Path zip, Path target, ZipHandler handler)	Unpacks files in zip into target.
static Set<FileArtifact>	Unzip.unzip(Path zip, Path target)	Unpacks files in zip into target.
static Set<IArtifact>	VilTemplateProcessor.vilTemplateProcessor(java.lang.String templateName, Configuration config, IArtifact target, boolean addAdvice, java.util.Map<java.lang.String,java.lang.Object> other)	Instantiates source to target.
static Set<IArtifact>	VilTemplateProcessor.vilTemplateProcessor(java.lang.String templateName, Configuration config, IArtifact target, java.util.Map<java.lang.String,java.lang.Object> other)	Instantiates source to target.
static Set<IArtifact>	VilTemplateProcessor.vilTemplateProcessor(java.lang.String templateName, Configuration config, Collection<IArtifact> targets, boolean addAdvice, java.util.Map<java.lang.String,java.lang.Object> other)	Instantiates source to target.
static Set<IArtifact>	VilTemplateProcessor.vilTemplateProcessor(java.lang.String templateName, Configuration config, Collection<IArtifact> targets, java.util.Map<java.lang.String,java.lang.Object> other)	Instantiates source to target.
static Set<IArtifact>	VilTemplateProcessor.vilTemplateProcessor(FileArtifact template, Configuration config, IArtifact target, boolean addAdvice, java.util.Map<java.lang.String,java.lang.Object> other)	Instantiates source to target by textual replacement.
static Set<IArtifact>	VilTemplateProcessor.vilTemplateProcessor(FileArtifact template, Configuration config, IArtifact target, java.util.Map<java.lang.String,java.lang.Object> other)	Instantiates source to target by textual replacement and no implicit advice.
static Set<IArtifact>	VilTemplateProcessor.vilTemplateProcessor(FileArtifact template, Configuration config, Collection<IArtifact> targets, boolean addAdvice, java.util.Map<java.lang.String,java.lang.Object> other)	Instantiates source to target by textual replacement.
static Set<IArtifact>	VilTemplateProcessor.vilTemplateProcessor(FileArtifact template, Configuration config, Collection<IArtifact> targets, java.util.Map<java.lang.String,java.lang.Object> other)	Instantiates source to target by textual replacement and no implicit advice.
static Set<IArtifact>	VilTemplateProcessor.vilTemplateProcessor(VtlFileArtifact template, Configuration config, IArtifact target, java.util.Map<java.lang.String,java.lang.Object> other)	Instantiates source to target.
static Set<IArtifact>	VilTemplateProcessor.vilTemplateProcessor(VtlFileArtifact template, Configuration config, Collection<IArtifact> targets, java.util.Map<java.lang.String,java.lang.Object> other)	Instantiates source to target.
static Set<FileArtifact>	Zip.zip(Path base, Path artifacts, Path zip)	Packs source files into target.
static Set<FileArtifact>	Zip.zip(Path base, Collection<FileArtifact> artifacts, Path zip)	Packs source files into target.

Uses of VilException in net.ssehub.easy.instantiation.core.model.execution

Methods in net.ssehub.easy.instantiation.core.model.execution that throw VilException

Modifier and Type	Method	Description
private void	Executor.checkArguments(java.util.Map<java.lang.String,java.lang.Object> args, ProgressObserver observer)	Checks the arguments.
private static void	Executor.checkProjectArgument(java.util.Map<java.lang.String,java.lang.Object> args, java.lang.String param, ProgressObserver observer)	Checks a project argument.
void	Executor.execute()	Executes the contained VIL build language script without observer and with default parameter checks.
void	Executor.execute(boolean check)	Executes the contained VIL build language script without observer and possibly without default parameter checks (may be helpful in case of custom arguments).
void	Executor.execute(ProgressObserver observer, boolean check)	Executes the contained VIL build language script with the given observer (mainly used within parameter conversion) and possibly without default parameter checks (may be helpful in case of custom arguments).
protected void	Executor.execute(ProgressObserver observer, boolean check, Executor.IExecutable executable)	Executes the contained VIL build language script with the given observer (mainly used within parameter conversion) and possibly without default parameter checks (may be helpful in case of custom arguments).
void	Executor.IExecutable.execute(Executor executor, ITracer tracer, java.util.Map<java.lang.String,java.lang.Object> args)	Performs the final execution for a script.
protected static Configuration	Executor.getConfiguration(java.util.Map<java.lang.String,java.lang.Object> args)	Returns the configuration form .
protected void	Executor.handleExecutionResult(RuleExecutionResult result, ITracer tracer, BuildlangExecution executor)	Handles an execution result returned from executor.

Uses of VilException in net.ssehub.easy.instantiation.core.model.expressions

Methods in net.ssehub.easy.instantiation.core.model.expressions that throw VilException

Modifier and Type	Method	Description
java.lang.Object	CallArgument.accept(IExpressionVisitor visitor)	Visits the expression in this argument.
java.lang.Object	CallExpression.accept(IExpressionVisitor visitor)
java.lang.Object	CompositeExpression.accept(IExpressionVisitor visitor)
java.lang.Object	ConstantExpression.accept(IExpressionVisitor visitor)
java.lang.Object	ConstructorCallExpression.accept(IExpressionVisitor visitor)
java.lang.Object	ContainerInitializerExpression.accept(IExpressionVisitor visitor)
abstract java.lang.Object	Expression.accept(IExpressionVisitor visitor)	Visits the expression.
java.lang.Object	ExpressionEvaluator.accept(IExpressionVisitor visitor)
java.lang.Object	FieldAccessExpression.accept(IExpressionVisitor visitor)
java.lang.Object	InPlaceCommand.accept(IExpressionVisitor visitor)
java.lang.Object	MultiAndExpression.accept(IExpressionVisitor visitor)
java.lang.Object	ParenthesisExpression.accept(IExpressionVisitor visitor)
java.lang.Object	ResolvableOperationCallExpression.accept(IExpressionVisitor visitor)
java.lang.Object	ResolvableOperationExpression.accept(IExpressionVisitor visitor)
java.lang.Object	StringExpression.accept(IExpressionVisitor visitor)
java.lang.Object	ValueAssignmentExpression.accept(IExpressionVisitor visitor)
java.lang.Object	VariableExpression.accept(IExpressionVisitor visitor)
java.lang.Object	VarModelIdentifierExpression.accept(IExpressionVisitor visitor)
java.lang.Object	VilTypeExpression.accept(IExpressionVisitor visitor)
private static java.util.List<IMetaOperation>	AbstractCallExpression.assignableCandidates(IMetaType operand, java.lang.String name, CallArgument[] arguments, int unnamedArgsCount, boolean allowAny)	Derives the assignable candidates from operand, i.e., operations which can be directly applied with identical parameters or (second step) with assignable parameters but without parameter conversion.
private TypeDescriptor<?>[]	CallExpression.checkUseParameter()	Checks whether one of the parameter / argument types shall be used.
protected abstract Expression	InPlaceCommand.close(IStringParserFactory<I> factory)	Closes this in-place command by creating the real expression.
protected Expression	InPlaceForCommand.close(IStringParserFactory<I> factory)
protected Expression	InPlaceIfCommand.close(IStringParserFactory<I> factory)
protected Expression	InPlaceImportCommand.close(IStringParserFactory<I> factory)
protected Expression	InPlaceVarDeclCommand.close(IStringParserFactory<I> factory)
private Expression	StringParser.close(int curStart, int pos)	Closes the creation of the current in-place command.
private P	StringParser.completeParsing(StringParser.State state)	Completes the parsing at the end of the input string.
private TypeDescriptor<?>	CallExpression.considerIteratorResult(TypeDescriptor<?> result)	Considers the potential explicit result type of an iterator.
private static java.util.List<AbstractCallExpression.ConvertibleOperation>	AbstractCallExpression.convertibleCandidates(IMetaType operand, java.lang.String name, CallArgument[] arguments, int unnamedArgsCount)	Derives the convertible candidates from operand, i.e., operations which can be applied including parameter conversion.
protected CallArgument[]	CopyVisitor.copyCallArguments(AbstractCallExpression call)	Copies the arguments of the given call.
protected Expression	CopyVisitor.copyExpression(Expression ex)	Copies the given expression.
protected java.util.List<Expression>	CopyVisitor.copyExpressions(IExpressionIterator iter)	Copies all processed expressions from iter into the result.
protected Expression	StringParser.createConstantStringExpression(java.lang.String string)	Creates a constant String expression.
Expression	IStringParserFactory.createForExpression(InPlaceForCommand<I> cmd)	Creates a for-loop expression.
Expression	IStringParserFactory.createIfExpression(InPlaceIfCommand<I> cmd)	Creates an alternative expression.
Expression	IStringParserFactory.createImportExpression(InPlaceImportCommand<I> cmd)	Creates an import expression.
protected abstract P	StringParser.createParseResult()	Creates the result of parsing a string.
protected java.lang.String	StringReplacer.createParseResult()
protected CompositeExpression	StringResolver.createParseResult()
static Expression	ExpressionVersionRestriction.createSingleRestriction(VariableDeclaration var, java.lang.String operator, Version version)	Creates a typical single restriction from the given variable (see #createRestrictionVars(String), the operator and the version.
Expression	IStringParserFactory.createVarDeclExpression(InPlaceVarDeclCommand<I> cmd)	Creates a variable declaration expression.
I	IStringParserFactory.createVariable(java.lang.String name, Expression initExpression, boolean asIterator)	Creates a variable.
IVersionRestriction	IStringParserFactory.createVersionRestriction(Expression expression, I variable)	Creates a version restriction from the given expression.
protected TypeDescriptor<?>	CallExpression.determineOperand()	Determines the operand for searching operations on.
protected TypeDescriptor<?>	ConstructorCallExpression.determineOperand()	Determines the operand for searching operations on.
java.lang.Object	ExpressionEvaluator.evaluate(java.lang.Object iteratorValue)	Evaluates the wrapped expression.
protected java.lang.String	EvaluationVisitor.evaluateContentExpression(IExpressionIterator iter)	Evaluates iter as a content expression.
java.lang.Object	CallArgument.fixValue(IExpressionVisitor visitor)	Fixes the value that will be returned by CallArgument.accept(IExpressionVisitor) by calling CallArgument.accept(IExpressionVisitor).
java.lang.Object	IRuntimeEnvironment.getIvmlValue(java.lang.String name)	Returns the value of the IVML element denoted by name in the closest scope defining an IVML configuration.
java.lang.Object	ExpressionEvaluator.getResultValue()	Returns the explicit result value of an aggregating iterator.
int	AbstractCallExpression.ConvertibleOperation.getScore(CallArgument[] arguments, int unnamedArgsCount)	Returns the conversions core to compare similar canidates.
java.lang.Object	IRuntimeEnvironment.getValue(IResolvable resolvable)	Returns the value of resolvable.
private void	StringReplacer.handleConstant(int curStart, int position, int posAdvance)	Handle constant placeholder from curStart until position.
private void	StringResolver.handleConstant(int curStart, int position)	Handle constant placeholder from curStart until position.
private java.util.List<Expression>	StringResolver.handleConstant(java.lang.String text)	Handle constant for a given text.
protected abstract int	StringParser.handleEndOfText(int start, int pos, StringParser.State state)	Handles the very end of text at so far unhandled state.
protected int	StringReplacer.handleEndOfText(int curStart, int pos, StringParser.State state)
protected int	StringResolver.handleEndOfText(int curStart, int pos, StringParser.State state)
protected abstract int	StringParser.handleExpression(int start, int pos)	Handle an expression placeholder.
protected int	StringReplacer.handleExpression(int curStart, int pos)
protected int	StringResolver.handleExpression(int curStart, int pos)
protected Expression	StringParser.handleInPlaceCommands(java.lang.String expressionString, int curStart, int pos)	Handles in-place commands and pushes them onto the command stack.
protected abstract void	StringParser.handleQuote(int pos)	Called to handle a quote character at pos (beginning) of the internal parse buffer.
protected void	StringReplacer.handleQuote(int pos)
protected void	StringResolver.handleQuote(int pos)
protected abstract void	StringParser.handleTextEnd(int start, int pos)	Handles the end of the text if there is no variable/expression.
protected void	StringReplacer.handleTextEnd(int curStart, int pos)
protected void	StringResolver.handleTextEnd(int curStart, int pos)
protected abstract int	StringParser.handleVariable(int start, int pos)	Handle a variable placeholder.
protected int	StringReplacer.handleVariable(int curStart, int pos)
protected int	StringResolver.handleVariable(int curStart, int pos)
protected abstract int	StringParser.handleVariableStartExpression(int start, int pos)	Handles the transition from state StringParser.State.VARIABLE_START to StringParser.State.EXPRESSION.
protected int	StringReplacer.handleVariableStartExpression(int curStart, int pos)
protected int	StringResolver.handleVariableStartExpression(int curStart, int pos)
protected abstract int	StringParser.handleVariableStartVariable(int start, int pos)	Handles the transition from state StringParser.State.VARIABLE_START to StringParser.State.VARIABLE.
protected int	StringReplacer.handleVariableStartVariable(int curStart, int pos)
protected int	StringResolver.handleVariableStartVariable(int curStart, int pos)
TypeDescriptor<?>	CallArgument.inferType()	Infers the type of this expression including the type of the contained sub-expressions.
TypeDescriptor<?>	CallExpression.inferType()
TypeDescriptor<?>	CompositeExpression.inferType()
TypeDescriptor<?>	ConstantExpression.inferType()
TypeDescriptor<?>	ContainerInitializerExpression.inferType()
abstract TypeDescriptor<?>	Expression.inferType()	Infers the type of this expression including the type of the contained sub-expressions.
TypeDescriptor<?>	ExpressionEvaluator.inferType()
TypeDescriptor<?>	FieldAccessExpression.inferType()
TypeDescriptor<?>	InPlaceCommand.inferType()
TypeDescriptor<?>	MultiAndExpression.inferType()
TypeDescriptor<?>	ParenthesisExpression.inferType()
TypeDescriptor<?>	ResolvableOperationCallExpression.inferType()
TypeDescriptor<?>	ResolvableOperationExpression.inferType()
TypeDescriptor<?>	StringExpression.inferType()
TypeDescriptor<?>	ValueAssignmentExpression.inferType()
TypeDescriptor<?>	VariableExpression.inferType()
TypeDescriptor<?>	VarModelIdentifierExpression.inferType()
TypeDescriptor<?>	VilTypeExpression.inferType()
void	IInitializableValue.initialize(IExpressionVisitor evaluator)	Initializes this value instance through the given evaluator.
void	ExpressionEvaluator.initializeDeclarators()	Initializes the declarators in case of default values given and changes the runtime environment accordingly.
(package private) void	CallArgument.insertConversion(IMetaOperation operation)	Replaces the expression by a transparent CallExpression executing the conversion.
(package private) void	CallArgument.insertConversion(OperationDescriptor operation)	Replaces the expression by a transparent CallExpression executing the conversion.
Expression	IExpressionParser.parse(java.lang.String text, IRuntimeEnvironment environment)	Parses the given text into an expression.
Expression	IExpressionParser.parse(java.lang.String text, R resolver)	Parses the given text into an expression.
P	StringParser.parse()	Parses for the variables in text.
protected Expression	StringParser.parseExpression(java.lang.String expressionString)	Parses an expression from expressionString.
Expression	StringResolver.IExpressionTranslator.parseExpression(java.lang.String expression, R resolver, java.lang.StringBuilder warnings)	Parse the given expression.
protected abstract Expression	StringParser.parseExpressionImpl(java.lang.String expressionString)	Parses an expression from expressionString.
protected Expression	StringReplacer.parseExpressionImpl(java.lang.String expressionString)
protected Expression	StringResolver.parseExpressionImpl(java.lang.String expressionString)
protected void	ExpressionWriter.printArgumentList(IArgumentProvider provider, int start)	Prints an argument list.
protected void	ExpressionWriter.printArguments(IArgumentProvider provider, int start)	Prints arguments (see also ExpressionWriter.printArgumentList(IArgumentProvider, int)).
private void	ExpressionWriter.printCallAccess(CallExpression call)	Prints the call access operator.
protected void	ExpressionWriter.printContentExpressions(IExpressionIterator iter)	Prints a content expressions given by an expression iterator.
private void	ExpressionWriter.printIteratorDeclarators(CallExpression call)	Prints the iterator declarators if appropriate.
static IMetaOperation	AbstractCallExpression.resolveOperation(IMetaType operand, boolean checkMetaForFirstArgField, java.lang.String name, CallArgument[] arguments)	Resolves the given operation on operand, but allows checking the first field for a meta type (e.g., DecisionVariable instead of the actual field type).
static IMetaOperation	AbstractCallExpression.resolveOperation(IMetaType operand, java.lang.String name, CallArgument... arguments)	Resolves the given operation on operand.
private static IMetaOperation	AbstractCallExpression.resolveOperation(IMetaType operand, java.lang.String name, CallArgument[] arguments, boolean allowConversion, boolean allowAny)	Actually aims at resolving the operation.
private static IMetaOperation	AbstractCallExpression.resolveOperationOnModel(java.lang.Object operand, java.lang.String name, CallArgument[] arguments, java.util.Set<java.lang.Object> done)	Resolves the given operation on operand, considering operand as a model with imports.
static IMetaOperation	AbstractCallExpression.resolveResolvableOperation(IMetaType operand, IMetaType pType, IMetaType aType, Expression initExpression, ResolutionListener listener)	Resolves a resolvable operation ("function pointer").
private static java.util.List<AbstractCallExpression.ConvertibleOperation>	AbstractCallExpression.selectAmongMultipleCandidates(java.util.List<AbstractCallExpression.ConvertibleOperation> candidates, CallArgument[] arguments, int unnamedArgsCount)	Selects among multiple convertible candidates.
void	IRuntimeEnvironment.setValue(IResolvable var, java.lang.Object object)	Changes the value of var where it is defined.
void	IRuntimeEnvironment.storeArtifacts(boolean force)	Stores the artifacts in the current context.
static <I extends VariableDeclaration,R extends Resolver<I>> java.lang.String	StringReplacer.substitute(java.lang.String text, R resolver, IExpressionParser<R> expressionParser, IExpressionVisitor expressionEvaluator, IStringParserFactory<I> factory)	Substitutes the variable and expression placeholders in text.
static <I extends VariableDeclaration,R extends Resolver<I>,E extends ExpressionStatement> Expression	StringResolver.substitute(java.lang.String text, R resolver, StringResolver.IExpressionTranslator<I,R> translator, java.lang.StringBuilder warnings, IStringParserFactory<I> factory)	Substitutes a given text and returns a CompositeExpression.
ContainerInitializerExpression	ContainerInitializerExpression.toSet()	Converts this container initializer to a set.
private static IMetaType[]	AbstractCallExpression.toTypeDescriptors(CallArgument[] args)	Turns the given call arguments to type descriptors.
private static IMetaOperation	AbstractCallExpression.tryOpConversionToSecond(IMetaType opType, java.lang.String name, CallArgument[] arguments)	Tries to convert the operand to the second argument type and resolves it.
private java.lang.Object	EvaluationVisitor.visitCall(AbstractCallExpression call, java.lang.Object parent, OperationDescriptor resolved, CallExpression.CallType type)	Processes a call.
java.lang.Object	CopyVisitor.visitCallExpression(CallExpression call)
java.lang.Object	EvaluationVisitor.visitCallExpression(CallExpression call)
java.lang.Object	ExpressionVersionRestrictionValidator.visitCallExpression(CallExpression call)
java.lang.Object	ExpressionWriter.visitCallExpression(CallExpression call)
java.lang.Object	IExpressionVisitor.visitCallExpression(CallExpression call)	Visits a call node.
java.lang.Object	CopyVisitor.visitCompositeExpression(CompositeExpression ex)
java.lang.Object	EvaluationVisitor.visitCompositeExpression(CompositeExpression ex)
java.lang.Object	ExpressionVersionRestrictionValidator.visitCompositeExpression(CompositeExpression ex)
java.lang.Object	ExpressionWriter.visitCompositeExpression(CompositeExpression ex)
java.lang.Object	IExpressionVisitor.visitCompositeExpression(CompositeExpression ex)	Visits a composite expression.
java.lang.Object	CopyVisitor.visitConstantExpression(ConstantExpression cst)
java.lang.Object	EvaluationVisitor.visitConstantExpression(ConstantExpression cst)
java.lang.Object	ExpressionVersionRestrictionValidator.visitConstantExpression(ConstantExpression cst)
java.lang.Object	ExpressionWriter.visitConstantExpression(ConstantExpression cst)
java.lang.Object	IExpressionVisitor.visitConstantExpression(ConstantExpression cst)	Visits a constant node.
java.lang.Object	CopyVisitor.visitContainerInitializerExpression(ContainerInitializerExpression ex)
java.lang.Object	EvaluationVisitor.visitContainerInitializerExpression(ContainerInitializerExpression ex)
java.lang.Object	ExpressionVersionRestrictionValidator.visitContainerInitializerExpression(ContainerInitializerExpression ex)
java.lang.Object	ExpressionWriter.visitContainerInitializerExpression(ContainerInitializerExpression ex)
java.lang.Object	IExpressionVisitor.visitContainerInitializerExpression(ContainerInitializerExpression ex)	Visits a container initializer expression.
java.lang.Object	CopyVisitor.visitExpression(Expression ex)
java.lang.Object	EvaluationVisitor.visitExpression(Expression ex)
java.lang.Object	ExpressionVersionRestrictionValidator.visitExpression(Expression ex)
java.lang.Object	ExpressionWriter.visitExpression(Expression ex)
java.lang.Object	IExpressionVisitor.visitExpression(Expression ex)	Visits an unspecified expression (in case of specialized nodes).
java.lang.Object	CopyVisitor.visitExpressionEvaluator(ExpressionEvaluator ex)
java.lang.Object	EvaluationVisitor.visitExpressionEvaluator(ExpressionEvaluator ex)
java.lang.Object	ExpressionVersionRestrictionValidator.visitExpressionEvaluator(ExpressionEvaluator ex)
java.lang.Object	ExpressionWriter.visitExpressionEvaluator(ExpressionEvaluator ex)
java.lang.Object	IExpressionVisitor.visitExpressionEvaluator(ExpressionEvaluator ex)	Visits an expression evaluator.
java.lang.Object	CopyVisitor.visitFieldAccessExpression(FieldAccessExpression ex)
java.lang.Object	EvaluationVisitor.visitFieldAccessExpression(FieldAccessExpression ex)
java.lang.Object	ExpressionVersionRestrictionValidator.visitFieldAccessExpression(FieldAccessExpression ex)
java.lang.Object	ExpressionWriter.visitFieldAccessExpression(FieldAccessExpression ex)
java.lang.Object	IExpressionVisitor.visitFieldAccessExpression(FieldAccessExpression ex)	Visits a field access expression.
java.lang.Object	CopyVisitor.visitMultiAndExpression(MultiAndExpression ex)
java.lang.Object	EvaluationVisitor.visitMultiAndExpression(MultiAndExpression ex)
java.lang.Object	ExpressionVersionRestrictionValidator.visitMultiAndExpression(MultiAndExpression ex)
java.lang.Object	ExpressionWriter.visitMultiAndExpression(MultiAndExpression ex)
java.lang.Object	IExpressionVisitor.visitMultiAndExpression(MultiAndExpression ex)	Visits a multi-and expression.
java.lang.Object	CopyVisitor.visitParenthesisExpression(ParenthesisExpression par)
java.lang.Object	EvaluationVisitor.visitParenthesisExpression(ParenthesisExpression par)
java.lang.Object	ExpressionVersionRestrictionValidator.visitParenthesisExpression(ParenthesisExpression par)
java.lang.Object	ExpressionWriter.visitParenthesisExpression(ParenthesisExpression par)
java.lang.Object	IExpressionVisitor.visitParenthesisExpression(ParenthesisExpression par)	Visits a parenthesis node.
java.lang.Object	CopyVisitor.visitResolvableOperationCallExpression(ResolvableOperationCallExpression ex)
java.lang.Object	EvaluationVisitor.visitResolvableOperationCallExpression(ResolvableOperationCallExpression ex)
java.lang.Object	ExpressionVersionRestrictionValidator.visitResolvableOperationCallExpression(ResolvableOperationCallExpression ex)
java.lang.Object	ExpressionWriter.visitResolvableOperationCallExpression(ResolvableOperationCallExpression ex)
java.lang.Object	IExpressionVisitor.visitResolvableOperationCallExpression(ResolvableOperationCallExpression ex)	Visits resolvable operation call expression (function pointer call).
java.lang.Object	CopyVisitor.visitResolvableOperationExpression(ResolvableOperationExpression ex)
java.lang.Object	EvaluationVisitor.visitResolvableOperationExpression(ResolvableOperationExpression ex)
java.lang.Object	ExpressionVersionRestrictionValidator.visitResolvableOperationExpression(ResolvableOperationExpression ex)
java.lang.Object	ExpressionWriter.visitResolvableOperationExpression(ResolvableOperationExpression ex)
java.lang.Object	IExpressionVisitor.visitResolvableOperationExpression(ResolvableOperationExpression ex)	Visits resolvable operation expression (function pointer resolution).
java.lang.Object	CopyVisitor.visitStringExpression(StringExpression ex)
java.lang.Object	EvaluationVisitor.visitStringExpression(StringExpression ex)
java.lang.Object	ExpressionVersionRestrictionValidator.visitStringExpression(StringExpression ex)
java.lang.Object	ExpressionWriter.visitStringExpression(StringExpression ex)
java.lang.Object	IExpressionVisitor.visitStringExpression(StringExpression ex)	Visits a string expression.
java.lang.Object	CopyVisitor.visitValueAssignmentExpression(ValueAssignmentExpression ex)
java.lang.Object	EvaluationVisitor.visitValueAssignmentExpression(ValueAssignmentExpression ex)
java.lang.Object	ExpressionVersionRestrictionValidator.visitValueAssignmentExpression(ValueAssignmentExpression ex)
java.lang.Object	ExpressionWriter.visitValueAssignmentExpression(ValueAssignmentExpression ex)
java.lang.Object	IExpressionVisitor.visitValueAssignmentExpression(ValueAssignmentExpression ex)	Visits a value assignment expression.
java.lang.Object	CopyVisitor.visitVariableExpression(VariableExpression cst)
java.lang.Object	EvaluationVisitor.visitVariableExpression(VariableExpression cst)
java.lang.Object	ExpressionVersionRestrictionValidator.visitVariableExpression(VariableExpression cst)
java.lang.Object	ExpressionWriter.visitVariableExpression(VariableExpression cst)
java.lang.Object	IExpressionVisitor.visitVariableExpression(VariableExpression cst)	Visits a constant node.
java.lang.Object	CopyVisitor.visitVarModelIdentifierExpression(VarModelIdentifierExpression identifier)
java.lang.Object	EvaluationVisitor.visitVarModelIdentifierExpression(VarModelIdentifierExpression identifier)
java.lang.Object	ExpressionVersionRestrictionValidator.visitVarModelIdentifierExpression(VarModelIdentifierExpression identifier)
java.lang.Object	ExpressionWriter.visitVarModelIdentifierExpression(VarModelIdentifierExpression identifier)
java.lang.Object	IExpressionVisitor.visitVarModelIdentifierExpression(VarModelIdentifierExpression identifier)	Visits a variability model identifier.
java.lang.Object	CopyVisitor.visitVilTypeExpression(VilTypeExpression typeExpression)
java.lang.Object	EvaluationVisitor.visitVilTypeExpression(VilTypeExpression typeExpression)
java.lang.Object	ExpressionVersionRestrictionValidator.visitVilTypeExpression(VilTypeExpression typeExpression)
java.lang.Object	ExpressionWriter.visitVilTypeExpression(VilTypeExpression typeExpression)
java.lang.Object	IExpressionVisitor.visitVilTypeExpression(VilTypeExpression typeExpression)	Visits a VIL type expression.

Constructors in net.ssehub.easy.instantiation.core.model.expressions that throw VilException

Constructor	Description
AbstractCallExpression(java.lang.String name, boolean unqualify)	Creates an instance from the given call name.
CallExpression()	Constructor for serialization.
CallExpression(java.lang.Object parent, java.lang.String name, boolean dotRight, CallArgument... arguments)	Creates a new call expression which may be part of a dot expression.
CallExpression(java.lang.Object parent, java.lang.String name, CallArgument... arguments)	Creates a new (undotted) call expression.
CallExpression(java.lang.Object parent, java.lang.String name, Expression... arguments)	Creates a new (undotted) call expression.
CallExpression(IMetaOperation operation, CallArgument... param)	Creates a new transparent call expression from a conversion or optimization operation.
CallExpression(OperationDescriptor operation, CallArgument arg)	Creates a new transparent call expression from a conversion or optimization operation.
ConstantExpression(TypeDescriptor<?> type, java.lang.Object value, TypeRegistry registry)	Creates a new constant expression.
ConstructorCallExpression(TypeDescriptor<?> type, CallArgument... arguments)	Creates a constructor call.
ConstructorCallExpression(TypeDescriptor<?> type, Expression... arguments)	Creates a constructor call.
FieldAccessExpression(VariableDeclaration variable, FieldDescriptor field)	Creates a field access expression.
FieldAccessExpression(FieldDescriptor field)	Creates a static field access expression.
MultiAndExpression(AbstractCallExpression... expressions)	Creates a multi-and expression.
ResolvableOperationCallExpression(VariableDeclaration var, CallArgument[] arguments)	Creates a resolvable operation call expression, i.e., a call expression pointing to a certain operation but which is called through a (parameter) variable.

Uses of VilException in net.ssehub.easy.instantiation.core.model.templateModel

Methods in net.ssehub.easy.instantiation.core.model.templateModel that throw VilException

Modifier and Type	Method	Description
java.lang.Object	AlternativeStatement.accept(IVisitor visitor)
java.lang.Object	Compound.accept(IVisitor visitor)
java.lang.Object	ContentAlternativeExpression.accept(IExpressionVisitor visitor)
java.lang.Object	ContentImportExpression.accept(IExpressionVisitor visitor)
java.lang.Object	ContentLoopExpression.accept(IExpressionVisitor visitor)
java.lang.Object	ContentStatement.accept(IVisitor visitor)
java.lang.Object	ContentVarDeclExpression.accept(IExpressionVisitor visitor)
java.lang.Object	Def.accept(IVisitor visitor)
java.lang.Object	ExpressionStatement.accept(IVisitor visitor)
java.lang.Object	FlushStatement.accept(IVisitor visitor)
java.lang.Object	HintedExpression.accept(IExpressionVisitor visitor)
java.lang.Object	ITemplateLangElement.accept(IVisitor visitor)	Accepts the visitor for visiting.
java.lang.Object	JavaExtension.accept(IVisitor visitor)	Visits a java extension.
java.lang.Object	LoopStatement.accept(IVisitor visitor)
java.lang.Object	SwitchStatement.accept(IVisitor visitor)
java.lang.Object	Template.accept(IVisitor visitor)
java.lang.Object	TemplateBlock.accept(IVisitor visitor)
java.lang.Object	TemplateCallExpression.accept(IExpressionVisitor visitor)
java.lang.Object	TypeDef.accept(IVisitor visitor)
java.lang.Object	VariableDeclaration.accept(IVisitor visitor)
java.lang.Object	WhileStatement.accept(IVisitor visitor)
private void	ContentLoopExpression.assertSeparatorEx(Expression ex, java.lang.String text)	Asserts that a separator expression evaluates to a String.
protected void	TemplateLangExecution.assignModelParameter(IResolvableModel<VariableDeclaration,Template> targetModel, IResolvableModel<VariableDeclaration,Template> srcModel)
protected TemplateCallExpression	Resolver.createCallExpression(Template model, boolean isSuper, java.lang.String name, CallArgument... arguments)
Expression	StringResolverFactory.createForExpression(InPlaceForCommand<VariableDeclaration> cmd)
Expression	StringResolverFactory.createIfExpression(InPlaceIfCommand<VariableDeclaration> cmd)
Expression	StringReplacerFactory.createImportExpression(InPlaceImportCommand<VariableDeclaration> cmd)
Expression	StringResolverFactory.createImportExpression(InPlaceImportCommand<VariableDeclaration> cmd)
protected ModelCallExpression<VariableDeclaration,Template,Def>	TemplateLangExecution.createModelCall(Template model, Def operation, CallArgument... arguments)
Expression	StringReplacerFactory.createVarDeclExpression(InPlaceVarDeclCommand<VariableDeclaration> cmd)
Expression	StringResolverFactory.createVarDeclExpression(InPlaceVarDeclCommand<VariableDeclaration> cmd)
VariableDeclaration	StringResolverFactory.createVariable(java.lang.String name, Expression initExpression, boolean asIterator)
IVersionRestriction	StringReplacerFactory.createVersionRestriction(Expression expression, VariableDeclaration variable)
IVersionRestriction	StringResolverFactory.createVersionRestriction(Expression expression, VariableDeclaration variable)
private java.lang.String	TemplateLangExecution.evaluateSeparator(Expression ex, java.lang.String deflt)	Evaluates a separator expression.
protected java.lang.Object	TemplateLangExecution.executeModelCall(Def def)
private java.lang.String	TemplateLangExecution.getSeparatorFromExpression(Expression expression)	Turns the expression into a separator.
protected void	TemplateLangExecution.handleParameterInSequence(IResolvableModel<VariableDeclaration,Template> model, java.util.Map<java.lang.String,VariableDeclaration> varMap)
TypeDescriptor<?>	AlternativeStatement.inferType()
TypeDescriptor<?>	ContentStatement.inferType()
TypeDescriptor<?>	Def.inferType()
TypeDescriptor<?>	ExpressionStatement.inferType()
TypeDescriptor<?>	FlushStatement.inferType()
TypeDescriptor<?>	HintedExpression.inferType()
TypeDescriptor<?>	InContentExpression.inferType()
TypeDescriptor<?>	ITemplateElement.inferType()	Infers the type of this language element.
TypeDescriptor<?>	LoopStatement.inferType()
TypeDescriptor<?>	SwitchStatement.Alternative.inferType()	Infers the type of this alternative based on its value.
TypeDescriptor<?>	SwitchStatement.inferType()
TypeDescriptor<?>	TemplateBlock.inferType()
TypeDescriptor<?>	VariableDeclaration.inferType()
TypeDescriptor<?>	WhileStatement.inferType()
java.lang.Object	Def.invoke(java.lang.Object... args)
private void	TemplateLangWriter.printSeparatorExpression(Expression expression)	Prints a separator expression.
void	TemplateLangExecution.storeContent()	Explicitly stores the concatenated results of the content statements to the target artifact.
static void	TemplateLangExecution.storeContent(IArtifact target, java.io.StringWriter out)	Explicitly stores the concatenated results of the content statements to the target artifact.
java.lang.Object	ExpressionCopyVisitor.visitAdvice(Advice advice)
java.lang.Object	ExpressionVersionRestrictionValidator.visitAdvice(Advice advice)
java.lang.Object	ExpressionCopyVisitor.visitAlternative(AlternativeStatement alternative)
java.lang.Object	ExpressionVersionRestrictionValidator.visitAlternative(AlternativeStatement alternative)
java.lang.Object	IVisitor.visitAlternative(AlternativeStatement alternative)	Visits an alternative statement.
java.lang.Object	TemplateLangExecution.visitAlternative(AlternativeStatement alternative)
java.lang.Object	TemplateLangWriter.visitAlternative(AlternativeStatement alternative)
java.lang.Object	ExpressionCopyVisitor.visitCompound(Compound compound)
java.lang.Object	ExpressionVersionRestrictionValidator.visitCompound(Compound compound)
java.lang.Object	TemplateLangExecution.visitCompound(Compound compound)
java.lang.Object	TemplateLangExecution.visitConstantExpression(ConstantExpression cst)
java.lang.Object	ExpressionCopyVisitor.visitContentAlternativeExpression(ContentAlternativeExpression ex)
java.lang.Object	ExpressionVersionRestrictionValidator.visitContentAlternativeExpression(ContentAlternativeExpression ex)
java.lang.Object	IVisitor.visitContentAlternativeExpression(ContentAlternativeExpression ex)	Visits a content alternative expression.
java.lang.Object	TemplateLangExecution.visitContentAlternativeExpression(ContentAlternativeExpression ex)
java.lang.Object	TemplateLangWriter.visitContentAlternativeExpression(ContentAlternativeExpression ex)
java.lang.Object	ExpressionCopyVisitor.visitContentImportExpression(ContentImportExpression ex)
java.lang.Object	ExpressionVersionRestrictionValidator.visitContentImportExpression(ContentImportExpression ex)
java.lang.Object	IVisitor.visitContentImportExpression(ContentImportExpression ex)	Visits a content import expression.
java.lang.Object	TemplateLangExecution.visitContentImportExpression(ContentImportExpression ex)
java.lang.Object	TemplateLangWriter.visitContentImportExpression(ContentImportExpression ex)
java.lang.Object	ExpressionCopyVisitor.visitContentLoopExpression(ContentLoopExpression ex)
java.lang.Object	ExpressionVersionRestrictionValidator.visitContentLoopExpression(ContentLoopExpression ex)
java.lang.Object	IVisitor.visitContentLoopExpression(ContentLoopExpression ex)	Visits a content loop expression.
java.lang.Object	TemplateLangExecution.visitContentLoopExpression(ContentLoopExpression ex)
java.lang.Object	TemplateLangWriter.visitContentLoopExpression(ContentLoopExpression ex)
java.lang.Object	ExpressionCopyVisitor.visitContentStatement(ContentStatement cnt)
java.lang.Object	ExpressionVersionRestrictionValidator.visitContentStatement(ContentStatement cnt)
java.lang.Object	IVisitor.visitContentStatement(ContentStatement cnt)	Visits a content statement.
java.lang.Object	TemplateLangExecution.visitContentStatement(ContentStatement cnt)
java.lang.Object	TemplateLangWriter.visitContentStatement(ContentStatement cnt)
java.lang.Object	ExpressionCopyVisitor.visitContentVarDeclExpression(ContentVarDeclExpression ex)
java.lang.Object	ExpressionVersionRestrictionValidator.visitContentVarDeclExpression(ContentVarDeclExpression ex)
java.lang.Object	IVisitor.visitContentVarDeclExpression(ContentVarDeclExpression ex)	Visits a content variable declaration expression.
java.lang.Object	TemplateLangExecution.visitContentVarDeclExpression(ContentVarDeclExpression ex)
java.lang.Object	TemplateLangWriter.visitContentVarDeclExpression(ContentVarDeclExpression ex)
java.lang.Object	ExpressionCopyVisitor.visitDef(Def def)
java.lang.Object	ExpressionVersionRestrictionValidator.visitDef(Def def)
java.lang.Object	IVisitor.visitDef(Def def)	Visits a sub-template definition.
java.lang.Object	TemplateLangExecution.visitDef(Def def)
java.lang.Object	TemplateLangWriter.visitDef(Def def)
java.lang.Object	ExpressionCopyVisitor.visitExpressionStatement(ExpressionStatement statement)
java.lang.Object	ExpressionVersionRestrictionValidator.visitExpressionStatement(ExpressionStatement statement)
java.lang.Object	ExpressionCopyVisitor.visitFlush(FlushStatement stmt)
java.lang.Object	ExpressionVersionRestrictionValidator.visitFlush(FlushStatement stmt)
java.lang.Object	IVisitor.visitFlush(FlushStatement flush)	Visits a flush statement.
java.lang.Object	TemplateLangExecution.visitFlush(FlushStatement stmt)
java.lang.Object	TemplateLangWriter.visitFlush(FlushStatement stmt)
java.lang.Object	ExpressionCopyVisitor.visitJavaExtension(JavaExtension ext)
java.lang.Object	ExpressionVersionRestrictionValidator.visitJavaExtension(JavaExtension ext)
java.lang.Object	IVisitor.visitJavaExtension(JavaExtension ext)	Visits a java extension.
java.lang.Object	TemplateLangExecution.visitJavaExtension(JavaExtension ext)
java.lang.Object	TemplateLangWriter.visitJavaExtension(JavaExtension ext)
java.lang.Object	ExpressionCopyVisitor.visitLoop(LoopStatement loop)
java.lang.Object	ExpressionVersionRestrictionValidator.visitLoop(LoopStatement loop)
java.lang.Object	IVisitor.visitLoop(LoopStatement loop)	Visits a loop statement.
java.lang.Object	TemplateLangExecution.visitLoop(LoopStatement loop)
java.lang.Object	TemplateLangWriter.visitLoop(LoopStatement loop)
java.lang.Object	TemplateLangExecution.visitResolvableOperationCallExpression(ResolvableOperationCallExpression ex)
java.lang.Object	ExpressionCopyVisitor.visitSwitch(SwitchStatement swtch)
java.lang.Object	ExpressionVersionRestrictionValidator.visitSwitch(SwitchStatement swtch)
java.lang.Object	IVisitor.visitSwitch(SwitchStatement swtch)	Visits a switch statement.
java.lang.Object	TemplateLangExecution.visitSwitch(SwitchStatement swtch)
java.lang.Object	TemplateLangWriter.visitSwitch(SwitchStatement swtch)
java.lang.Object	ExpressionCopyVisitor.visitTemplate(Template template)
java.lang.Object	ExpressionVersionRestrictionValidator.visitTemplate(Template template)
java.lang.Object	IVisitor.visitTemplate(Template template)	Visits a template.
java.lang.Object	TemplateLangExecution.visitTemplate(Template template)
java.lang.Object	TemplateLangWriter.visitTemplate(Template template)
java.lang.Object	ExpressionCopyVisitor.visitTemplateBlock(TemplateBlock block)
java.lang.Object	ExpressionVersionRestrictionValidator.visitTemplateBlock(TemplateBlock block)
java.lang.Object	IVisitor.visitTemplateBlock(TemplateBlock block)	Visits a template block.
java.lang.Object	TemplateLangExecution.visitTemplateBlock(TemplateBlock block)
java.lang.Object	TemplateLangWriter.visitTemplateBlock(TemplateBlock block)
java.lang.Object	ExpressionCopyVisitor.visitTemplateCallExpression(TemplateCallExpression call)
java.lang.Object	ExpressionVersionRestrictionValidator.visitTemplateCallExpression(TemplateCallExpression call)
java.lang.Object	IVisitor.visitTemplateCallExpression(TemplateCallExpression call)	Visits a template call expression.
java.lang.Object	TemplateLangExecution.visitTemplateCallExpression(TemplateCallExpression call)
java.lang.Object	TemplateLangWriter.visitTemplateCallExpression(TemplateCallExpression call)
java.lang.Object	ExpressionCopyVisitor.visitTypedef(Typedef typedef)
java.lang.Object	ExpressionVersionRestrictionValidator.visitTypedef(Typedef typedef)
java.lang.Object	TemplateLangExecution.visitTypedef(Typedef typedef)
java.lang.Object	ExpressionCopyVisitor.visitVariableDeclaration(VariableDeclaration var)
java.lang.Object	ExpressionVersionRestrictionValidator.visitVariableDeclaration(VariableDeclaration var)
java.lang.Object	TemplateSubstitutionExecution.visitVarModelIdentifierExpression(VarModelIdentifierExpression identifier)
java.lang.Object	ExpressionCopyVisitor.visitWhile(WhileStatement stmt)
java.lang.Object	ExpressionVersionRestrictionValidator.visitWhile(WhileStatement stmt)
java.lang.Object	IVisitor.visitWhile(WhileStatement stmt)	Visits a while statement.
java.lang.Object	TemplateLangExecution.visitWhile(WhileStatement stmt)
java.lang.Object	TemplateLangWriter.visitWhile(WhileStatement stmt)

Constructors in net.ssehub.easy.instantiation.core.model.templateModel that throw VilException

Constructor	Description
AlternativeStatement(Expression condition, ITemplateElement ifStatement)	Create an alternative-statement with a single if-block only.
AlternativeStatement(Expression condition, ITemplateElement ifStatement, ITemplateElement elseStatement)	Create an alternative-statement with an if-block and an else-block.
ContentAlternativeExpression(Expression condition, java.util.List<Expression> thenEx, java.util.List<Expression> elseEx)	Creates a content alternative expression.
ContentLoopExpression(VariableDeclaration iterator, Expression init, Expression separator, Expression endSeparator, java.util.List<Expression> body)	Creates a content loop expression.
ContentStatement(CompositeExpression content, java.lang.String terminal, Expression indentExpression, ContentStatement.LineEndType lineEndType, ILanguageElement parent)	Creates a new content statement.
JavaExtension(java.lang.Class<?> extension, TypeRegistry registry)	Creates a default Java extension instance.
JavaExtension(java.lang.String name, TypeRegistry registry)	Creates a java extension instance.
LoopStatement(VariableDeclaration iteratorVar, Expression containerExpression, ITemplateElement statement, Expression separatorExpression, Expression finalSeparatorExpression)	Create a loop-statement.
SwitchStatement(Expression switchExpression, VariableDeclaration implicitVar, java.util.List<SwitchStatement.Alternative> alternatives)	Creates a new switch expression.
SwitchStatement(Expression switchExpression, VariableDeclaration implicitVar, SwitchStatement.Alternative[] alternatives)	Creates a new switch expression.
Template(java.lang.String name, ModelImport<Template> extension, TemplateDescriptor descriptor, TypeRegistry registry)	Creates a VIL template instance.
TemplateCallExpression(Template template, boolean isSuper, java.lang.String name, CallArgument... arguments)	Creates a new template call expression.
TemplateCallExpression(Template template, Def def, CallArgument... arguments)	Creates a new template call expression for a known operation.
TemplateSubstitutionExecution(ITracer tracer, java.lang.String modelName, boolean addAdvice, Configuration config, java.net.URI baseURI)	Creates a new substitution evaluation visitor and initializes the runtime environment.
TypeDef(java.lang.String name, TypeDescriptor<?> type, Template parent)	Creates a typedef.
WhileStatement(Expression condition, ITemplateElement statement)	Create a loop-statement.

Uses of VilException in net.ssehub.easy.instantiation.core.model.tracing

Methods in net.ssehub.easy.instantiation.core.model.tracing with parameters of type VilException

Modifier and Type	Method	Description
void	AbstractVilTracer.traceExecutionException(VilException exception)

Uses of VilException in net.ssehub.easy.instantiation.core.model.vilTypes

Methods in net.ssehub.easy.instantiation.core.model.vilTypes that throw VilException

Modifier and Type	Method	Description
<T> boolean	TypeRegistry.addTypeAlias(java.lang.String name, TypeDescriptor<T> type)	Adds a type alias to this specific type registry.
T	AbstractCollectionWrapper.any(ExpressionEvaluator evaluator)
static <T> T	AbstractCollectionWrapper.any(Collection<T> collection, ExpressionEvaluator evaluator)	Returns the first match from collection.
T	Collection.any(ExpressionEvaluator evaluator)	Returns any element complying with the evaluator.
T	UnmodifiableSequence.any(ExpressionEvaluator evaluator)
T	UnmodifiableSet.any(ExpressionEvaluator evaluator)
static <T> java.lang.Object	AbstractCollectionWrapper.apply(Collection<T> collection, ExpressionEvaluator evaluator)	Processes elements in this set by applying to given expression.
java.lang.Object	ArraySequence.apply(ExpressionEvaluator evaluator)
java.lang.Object	ArraySet.apply(ExpressionEvaluator evaluator)
java.lang.Object	Collection.apply(ExpressionEvaluator evaluator)	Processes elements in this set by applying to given expression.
java.lang.Object	ListSequence.apply(ExpressionEvaluator evaluator)
java.lang.Object	ListSet.apply(ExpressionEvaluator evaluator)
java.lang.Object	SetSet.apply(ExpressionEvaluator evaluator)
java.lang.Object	UnmodifiableSequence.apply(ExpressionEvaluator evaluator)
java.lang.Object	UnmodifiableSet.apply(ExpressionEvaluator evaluator)
private static boolean	AbstractCollectionWrapper.assertBooleanIterator(ExpressionEvaluator evaluator)	Asserts an iterator of boolean type.
private FieldDescriptor	CompoundInstance.checkSlot(java.lang.String name)	Checks whether there is a slot with given name.
static java.util.Set<java.lang.Object>	AbstractCollectionWrapper.closure(Collection<?> collection, ExpressionEvaluator evaluator)	Calculates the closure over collection and evaluator.
Set<?>	ArraySequence.closure(ExpressionEvaluator evaluator)
Set<?>	ArraySet.closure(ExpressionEvaluator evaluator)
Collection<?>	Collection.closure(ExpressionEvaluator evaluator)	Calculates a transitive closure over elements provided by this collection and evaluator.
Set<?>	ListSequence.closure(ExpressionEvaluator evaluator)
Set<?>	ListSet.closure(ExpressionEvaluator evaluator)
Set<?>	Sequence.closure(ExpressionEvaluator evaluator)
Set<?>	Set.closure(ExpressionEvaluator evaluator)
Set<?>	SetSet.closure(ExpressionEvaluator evaluator)
Set<?>	UnmodifiableSequence.closure(ExpressionEvaluator evaluator)
Set<?>	UnmodifiableSet.closure(ExpressionEvaluator evaluator)
private static boolean	AbstractCollectionWrapper.closureOnElement(java.lang.Object value, java.util.Set<java.lang.Object> result, ExpressionEvaluator evaluator, boolean stopOnCycle)	Calculates the closure for value using evaluator and does not visit already visited elements in result again.
private static void	AbstractCollectionWrapper.collect(java.lang.Object value, ExpressionEvaluator evaluator, java.util.Collection<java.lang.Object> result, boolean flatten)	Performs a (non-)flattening collect operation on value.
static java.util.List<java.lang.Object>	AbstractCollectionWrapper.collect(Collection<?> collection, ExpressionEvaluator evaluator, boolean flatten)	Collects the application of evaluator to collection.
protected static void	AbstractCollectionWrapper.collect(Collection<?> collection, ExpressionEvaluator evaluator, java.util.Collection<java.lang.Object> result, boolean flatten)	Collects the application of evaluator to collection.
Sequence<?>	ArraySequence.collect(ExpressionEvaluator evaluator)
Set<?>	ArraySet.collect(ExpressionEvaluator evaluator)
Collection<?>	Collection.collect(ExpressionEvaluator evaluator)	Collects the application of evaluator to each individual element and flattens nested structures.
Sequence<?>	ListSequence.collect(ExpressionEvaluator evaluator)
Set<?>	ListSet.collect(ExpressionEvaluator evaluator)
Sequence<?>	Sequence.collect(ExpressionEvaluator evaluator)
Set<?>	Set.collect(ExpressionEvaluator evaluator)
Set<?>	SetSet.collect(ExpressionEvaluator evaluator)
Sequence<?>	UnmodifiableSequence.collect(ExpressionEvaluator evaluator)
Set<?>	UnmodifiableSet.collect(ExpressionEvaluator evaluator)
Sequence<?>	ArraySequence.collectNested(ExpressionEvaluator evaluator)
Set<?>	ArraySet.collectNested(ExpressionEvaluator evaluator)
Collection<?>	Collection.collectNested(ExpressionEvaluator evaluator)	Collects the application of evaluator to each individual element and keeps nested structures.
Sequence<?>	ListSequence.collectNested(ExpressionEvaluator evaluator)
Set<?>	ListSet.collectNested(ExpressionEvaluator evaluator)
Sequence<?>	Sequence.collectNested(ExpressionEvaluator evaluator)
Set<?>	Set.collectNested(ExpressionEvaluator evaluator)
Set<?>	SetSet.collectNested(ExpressionEvaluator evaluator)
Sequence<?>	UnmodifiableSequence.collectNested(ExpressionEvaluator evaluator)
Set<?>	UnmodifiableSet.collectNested(ExpressionEvaluator evaluator)
static Map<?,?>	Map.convert(Sequence<?> sequence)	Converts the given sequence into a map.
T	AliasTypeDescriptor.create(java.lang.Object... params)
CompoundInstance	CompoundTypeDescriptor.create(java.lang.Object... params)
T	ReflectionTypeDescriptor.create(java.lang.Object... params)	Creates an instance of the type according to the given parameters.
abstract T	TypeDescriptor.create(java.lang.Object... params)	Creates an instance of the type according to the given parameters.
private static <T extends IVilType> ReflectionTypeDescriptor<T>	TypeRegistry.createTypeDescriptor(java.lang.Class<T> type)	Creates a type descriptor considering IActualValueProvider.
java.lang.Boolean	AbstractCollectionWrapper.exists(ExpressionEvaluator evaluator)	Returns whether there exists on element in the collection for which the evaluator returns true.
static <T> java.lang.Boolean	AbstractCollectionWrapper.exists(Collection<T> collection, ExpressionEvaluator evaluator)	Returns whether there is an element matching the evaluator.
java.lang.Boolean	Collection.exists(ExpressionEvaluator evaluator)	Returns whether there exists on element in the collection for which the evaluator returns true.
java.lang.Boolean	UnmodifiableSequence.exists(ExpressionEvaluator evaluator)
java.lang.Boolean	UnmodifiableSet.exists(ExpressionEvaluator evaluator)
protected static <T1,T2> void	AbstractCollectionWrapper.flatten(Collection<T1> collection, java.util.Collection<T2> result)	Flattens a collection.
private static <T1,T2> void	AbstractCollectionWrapper.flatten(T1 value, java.util.Collection<T2> result)	Flattens an element value (may contain a Java collection).
Sequence<?>	ArraySequence.flatten()
Set<?>	ArraySet.flatten()
Collection<?>	Collection.flatten()	Flattens this collection if needed, i.e., flatten sub-collections.
Sequence<?>	ListSequence.flatten()
Set<?>	ListSet.flatten()
Sequence<?>	Sequence.flatten()
Set<?>	Set.flatten()
Set<?>	SetSet.flatten()
TypeDescriptor<?>	TypeDescriptor.flatten()	Returns a flattened collection type if this type is a collection.
Sequence<?>	UnmodifiableSequence.flatten()
Set<?>	UnmodifiableSet.flatten()
java.lang.Boolean	AbstractCollectionWrapper.forAll(ExpressionEvaluator evaluator)	Returns whether all elements in the collection for which the evaluator returns true.
static <T> java.lang.Boolean	AbstractCollectionWrapper.forAll(Collection<T> collection, ExpressionEvaluator evaluator)	Returns whether there is an element matching the evaluator.
java.lang.Boolean	Collection.forAll(ExpressionEvaluator evaluator)	Returns whether all elements in the collection for which the evaluator returns true.
java.lang.Boolean	UnmodifiableSequence.forAll(ExpressionEvaluator evaluator)
java.lang.Boolean	UnmodifiableSet.forAll(ExpressionEvaluator evaluator)
static TypeDescriptor<? extends Collection<?>>	TypeRegistry.getCollectionType(TypeDescriptor<?>... parameter)	Returns the VIL type for a collection with the given type parameters.
static TypeDescriptor<? extends PseudoIterator<?>>	TypeRegistry.getIteratorType(TypeDescriptor<?>... parameter)	Returns the VIL type for a map with the given type parameters.
static TypeDescriptor<? extends Map<?,?>>	TypeRegistry.getMapType(TypeDescriptor<?>... parameter)	Returns the VIL type for a map with the given type parameters.
java.lang.Object	FieldDescriptor.getMetaValue(java.lang.Object owner)	Returns the value corresponding to FieldDescriptor.getMetaType().
static Project	Project.getProjectFor(IProjectDescriptor descriptor)	Returns a cached project or caches a new one for descriptor.
static TypeDescriptor<? extends ResolvableOperationType>	TypeRegistry.getRuleType(TypeDescriptor<?>... parameter)	Returns the VIL type for a rule type with the given type parameters.
static TypeDescriptor<? extends Sequence<?>>	TypeRegistry.getSequenceType(TypeDescriptor<?>... parameter)	Returns the VIL type for a sequence with the given type parameters.
static TypeDescriptor<? extends Set<?>>	TypeRegistry.getSetType(TypeDescriptor<?>... parameter)	Returns the VIL type for a set with the given type parameters.
java.lang.Object	CompoundInstance.getSlotValue(java.lang.String name)	Returns the value of the slot name.
java.lang.Object	CompoundTypeDescriptor.SlotDescriptor.getValue(java.lang.Object owner)
abstract java.lang.Object	FieldDescriptor.getValue(java.lang.Object owner)	Returns the actual value of this field.
java.lang.Object	ReflectionFieldDescriptor.getValue(java.lang.Object owner)
void	CompoundInstance.initialize(IExpressionVisitor evaluator)
private void	CompoundInstance.initializeFor(IExpressionVisitor evaluator, CompoundTypeDescriptor type)	Initializes this instance for the given (parent) type.
java.lang.Object	CompoundTypeDescriptor.ConstructorOperationDescriptor.invoke(java.lang.Object... args)
java.lang.Object	CompoundTypeDescriptor.TypeOperationDescriptor.invoke(java.lang.Object... args)
java.lang.Object	IMetaOperation.invoke(java.lang.Object... args)	Invokes the specified operation.
java.lang.Object	ReflectionConstructorDescriptor.invoke(java.lang.Object... args)
java.lang.Object	ReflectionOperationDescriptor.invoke(java.lang.Object... args)
boolean	AbstractCollectionWrapper.isAcyclic(ExpressionEvaluator evaluator)	Returns whether the closure over this collection and evaluator is acyclic.
static boolean	AbstractCollectionWrapper.isAcyclic(Collection<?> collection, ExpressionEvaluator evaluator)	Returns whether the closure over collection and evaluator is acyclic.
boolean	Collection.isAcyclic(ExpressionEvaluator evaluator)	Returns whether the transitive closure over elements provided by this collection and evaluator does not contain a cycle.
boolean	UnmodifiableSequence.isAcyclic(ExpressionEvaluator evaluator)
boolean	UnmodifiableSet.isAcyclic(ExpressionEvaluator evaluator)
java.lang.Boolean	AbstractCollectionWrapper.isUnique(ExpressionEvaluator evaluator)	Returns whether the evaluator returns a different result for all elements in the collection.
static <T> java.lang.Boolean	AbstractCollectionWrapper.isUnique(Collection<T> collection, ExpressionEvaluator evaluator)	Returns whether there is an element matching the evaluator.
java.lang.Boolean	Collection.isUnique(ExpressionEvaluator evaluator)	Returns whether the evaluator returns a different result for all elements in the collection.
java.lang.Boolean	UnmodifiableSequence.isUnique(ExpressionEvaluator evaluator)
java.lang.Boolean	UnmodifiableSet.isUnique(ExpressionEvaluator evaluator)
Path	Project.localize(Project source, IFileSystemArtifact artifact)	Localizes the given path taken from source with respect to this project.
T	AbstractCollectionWrapper.one(ExpressionEvaluator evaluator)
static <T> T	AbstractCollectionWrapper.one(Collection<T> collection, ExpressionEvaluator evaluator)	Returns the first match from collection if there can be only one match.
T	Collection.one(ExpressionEvaluator evaluator)	Returns the element complying with the evaluator if there is exactly one.
T	UnmodifiableSequence.one(ExpressionEvaluator evaluator)
T	UnmodifiableSet.one(ExpressionEvaluator evaluator)
Set<Project>	Project.predecessors()	Returns the predecessors of this project.
protected void	ReflectionTypeDescriptor.processInner(java.lang.Class<?> cls)	Processes the inner classes of cls.
<T extends IVilType> TypeDescriptor<T>	TypeRegistry.registerType(java.lang.Class<T> type)	Registers a type.
Sequence<T>	ArraySequence.reject(ExpressionEvaluator evaluator)
Set<T>	ArraySet.reject(ExpressionEvaluator evaluator)
Collection<T>	Collection.reject(ExpressionEvaluator evaluator)	Rejects elements in this collection according to the given expression.
Sequence<T>	ListSequence.reject(ExpressionEvaluator evaluator)
Set<T>	ListSet.reject(ExpressionEvaluator evaluator)
Sequence<T>	Sequence.reject(ExpressionEvaluator evaluator)
Set<T>	Set.reject(ExpressionEvaluator evaluator)
Set<T>	SetSet.reject(ExpressionEvaluator evaluator)
Sequence<T>	UnmodifiableSequence.reject(ExpressionEvaluator evaluator)
Set<T>	UnmodifiableSet.reject(ExpressionEvaluator evaluator)
protected ReflectionTypeDescriptor<T>	ReflectionTypeDescriptor.resolve()	Resolves the details of the type.
static <T> java.util.List<T>	AbstractCollectionWrapper.select(Collection<T> collection, ExpressionEvaluator evaluator, boolean select)	Selects those elements from collection which comply to the result of evaluator.
protected static <T> T	AbstractCollectionWrapper.select(Collection<T> collection, ExpressionEvaluator evaluator, java.util.Collection<T> result, boolean select)	Selects those elements from collection which comply to the result of evaluator.
Sequence<T>	ArraySequence.select(ExpressionEvaluator evaluator)
Set<T>	ArraySet.select(ExpressionEvaluator evaluator)
Collection<T>	Collection.select(ExpressionEvaluator evaluator)	Selects elements in this collection according to the given expression.
Sequence<T>	ListSequence.select(ExpressionEvaluator evaluator)
Set<T>	ListSet.select(ExpressionEvaluator evaluator)
Sequence<T>	Sequence.select(ExpressionEvaluator evaluator)
Set<T>	Set.select(ExpressionEvaluator evaluator)
Set<T>	SetSet.select(ExpressionEvaluator evaluator)
Sequence<T>	UnmodifiableSequence.select(ExpressionEvaluator evaluator)
Set<T>	UnmodifiableSet.select(ExpressionEvaluator evaluator)
void	CompoundTypeDescriptor.setFields(CompoundTypeDescriptor.SlotDescriptor[] slots)	Sets the fields of this descriptor, only if there have no fields been defined at all so far.
void	CompoundInstance.setSlotValue(java.lang.String name, java.lang.Object value)	Changes the value of slot name.
void	CompoundTypeDescriptor.SlotDescriptor.setValue(java.lang.Object owner, java.lang.Object value)
abstract void	FieldDescriptor.setValue(java.lang.Object owner, java.lang.Object value)	Changes the actual value for this field in owner.
void	ReflectionFieldDescriptor.setValue(java.lang.Object owner, java.lang.Object value)
Sequence<V>	Map.sortByKeys(ExpressionEvaluator evaluator)	Sorts values in this map according to keys.
Sequence<T>	ArraySequence.sortedBy(ExpressionEvaluator evaluator)
Collection<T>	ArraySet.sortedBy(ExpressionEvaluator evaluator)
Collection<T>	Collection.sortedBy(ExpressionEvaluator evaluator)	Sorts the elements in this collection according to the given expression in ascending order.
Sequence<T>	ListSequence.sortedBy(ExpressionEvaluator evaluator)
Collection<T>	ListSet.sortedBy(ExpressionEvaluator evaluator)
Sequence<T>	Sequence.sortedBy(ExpressionEvaluator evaluator)	Sorts the elements in this sequence according to the given expression in ascending order.
Collection<T>	SetSet.sortedBy(ExpressionEvaluator evaluator)
Sequence<T>	UnmodifiableSequence.sortedBy(ExpressionEvaluator evaluator)
Collection<T>	UnmodifiableSet.sortedBy(ExpressionEvaluator evaluator)
static <T> java.util.List<T>	AbstractCollectionWrapper.sortImpl(java.util.Iterator<T> iter, ExpressionEvaluator evaluator)	Sorts the elements in iter (take numbers if the evaluator returns numbers, else lexicographic sort).
protected java.util.List<T>	AbstractCollectionWrapper.sortImpl(ExpressionEvaluator evaluator)	Implements the more generic sort function (take numbers if the evaluator returns numbers, else lexicographic sort).
private static void	TypeRegistry.testInstantiatorType(TypeDescriptor<? extends IVilType> type, Instantiator inst)	Some basic semantic tests for instantiators.
protected void	OperationDescriptor.throwIncompatibleParameter(java.lang.Object[] args)	Throws an exception for the case that parameter are incompatible.
private java.lang.Object	ReflectionOperationDescriptor.tryEvaluateEquality(java.lang.Object[] args, java.lang.Object[] callArgs)	Tries to evaluate equality/unequality if the actual parameters are incompatible for a regular call.

Constructors in net.ssehub.easy.instantiation.core.model.vilTypes that throw VilException

Constructor	Description
ActualValueReflectionTypeDescriptor(java.lang.reflect.Constructor<T> templateCons)	Creates a new type descriptor.
AliasTypeDescriptor(TypeRegistry registry, java.lang.String name, TypeDescriptor<T> type)	Creates an alias type descriptor.
CompoundTypeDescriptor(java.lang.String name, boolean isAbstract, CompoundTypeDescriptor refines, TypeRegistry registry)	Creates a compound type descriptor.
Project(java.io.File base, ProgressObserver observer)	Creates a project for a given base directory.
Project(IProjectDescriptor descriptor, ProgressObserver observer)	Creates a project based on a given descriptor.
Project(Project project, ProgressObserver observer)	Creates a new project by for the base directory given in project.
ReflectionTypeDescriptor(java.lang.Class<T> cls)	Creates a new type descriptor.
ReflectionTypeDescriptor(java.lang.Class<T> cls, TypeDescriptor<?>... parameter)	Creates a new type descriptor.
TypeDescriptor(TypeDescriptor<?>... parameter)	Creates a new type descriptor.

Uses of VilException in net.ssehub.easy.instantiation.core.model.vilTypes.configuration

Methods in net.ssehub.easy.instantiation.core.model.vilTypes.configuration that throw VilException

Modifier and Type	Method	Description
protected void	AbstractIvmlTypeDescriptor.addAttributeFields(java.util.Map<java.lang.String,FieldDescriptor> fields, IModelElement elt, TypeRegistry registry)	Adds the attribute access fields.
private void	IvmlTypeDescriptor.addCompoundOperations(IDatatype ivmlType, java.util.Map<java.lang.String,OperationDescriptor> operations, java.util.Map<java.lang.String,FieldDescriptor> fields)	Adds the operations for compound types if needed.
private void	IvmlTypeDescriptor.addElements(IDecisionVariableContainer container, TypeRegistry registry, java.util.Map<java.lang.String,FieldDescriptor> fields)	Adds all the elements in this container and recursively processes attribute assignments.
DecisionVariable	AbstractIvmlTypeDescriptor.create(java.lang.Object... params)
IvmlElement	FakeTypeDescriptor.create(java.lang.Object... params)
protected static TypeDescriptor<?>[]	Utils.determineGenerics(IDatatype type, TypeRegistry registry, boolean specific)	Determines the VIL types for the given generic types.
protected static TypeDescriptor<?>	Utils.determineReturnType(IDatatype type, TypeRegistry registry, boolean specific)	Determines the VIL/VTL return type for the given IVML type.
java.lang.Object	IvmlAccessorFieldDescriptor.getMetaValue(java.lang.Object owner)
java.lang.Object	IvmlAnnotationFieldDescriptor.getMetaValue(java.lang.Object owner)
java.lang.Object	IvmlConfigurationFieldDescriptor.getMetaValue(java.lang.Object owner)
java.lang.Object	IvmlAccessorFieldDescriptor.getValue(java.lang.Object owner)
java.lang.Object	IvmlAnnotationFieldDescriptor.getValue(java.lang.Object owner)
java.lang.Object	IvmlConfigurationFieldDescriptor.getValue(java.lang.Object owner)
java.lang.Object	FakeOperationDescriptor.invoke(java.lang.Object... args)
java.lang.Object	IvmlComparisonOperationDescriptor.invoke(java.lang.Object... args)
java.lang.Object	IvmlConfigurationConversionOperationDescriptor.invoke(java.lang.Object... args)
java.lang.Object	IvmlConfigurationOperationDescriptor.invoke(java.lang.Object... args)
java.lang.Object	IvmlConstructorOperationDescriptor.invoke(java.lang.Object... args)
java.lang.Object	IvmlConversionOperationDescriptor.invoke(java.lang.Object... args)
java.lang.Object	IvmlOrderedEnumComparisonOperationDescriptor.invoke(java.lang.Object... args)
java.lang.Object	IvmlOrderedEnumMinMaxOperationDescriptor.invoke(java.lang.Object... args)
java.lang.Object	IvmlSequenceConversionOperationDescriptor.invoke(java.lang.Object... args)
java.lang.Object	IvmlSetConversionOperationDescriptor.invoke(java.lang.Object... args)
java.lang.Object	IvmlToStringConversionOperationDescriptor.invoke(java.lang.Object... args)
(package private) TypeDescriptor<?>	IvmlTypeResolver.obtainType(IDatatype type)	Obtains the VIL/VTL type for the given type.
(package private) void	IvmlTypeDescriptor.resolve(Project project, IDatatype ivmlType, java.util.Set<Attribute> declaredAttributes)	Resolves the type descriptor by filling it with operations and fields.
Configuration	Configuration.selectByAnnotation(java.lang.String namePattern)	Returns a projected version of this configuration according to the applied annotations.
Configuration	Configuration.selectByAnnotation(java.lang.String name, java.lang.Object value)	Returns a projected version of this configuration according to the applied annotations.
Configuration	Configuration.selectByAttribute(java.lang.String namePattern)	Returns a projected version of this configuration according to the applied annotations.
Configuration	Configuration.selectByAttribute(java.lang.String name, java.lang.Object value)	Returns a projected version of this configuration according to the applied annotations.
Configuration	Configuration.selectByName(java.lang.String namePattern)	Returns a projected version of this configuration according to the names of the variables.
Configuration	Configuration.selectByType(java.lang.String typePattern)	Returns a projected version of this configuration according to the type of the variables.
void	IvmlAccessorFieldDescriptor.setValue(java.lang.Object owner, java.lang.Object value)
void	IvmlAnnotationFieldDescriptor.setValue(java.lang.Object owner, java.lang.Object value)
void	IvmlConfigurationFieldDescriptor.setValue(java.lang.Object owner, java.lang.Object value)
FileArtifact	Configuration.store(Path path)	Stores the underlying (unprojected) configuration to path.
FileArtifact	Configuration.store(Path path, boolean userValuesOnly)	Stores the underlying (unprojected) configuration to path.

Constructors in net.ssehub.easy.instantiation.core.model.vilTypes.configuration that throw VilException

Constructor	Description
AbstractIvmlFieldDescriptor(TypeDescriptor<?> declaringType, AbstractVariable var, TypeRegistry registry)	Creates the field descriptor.
AbstractIvmlTypeDescriptor()	For serialization.
AbstractIvmlTypeDescriptor(IDatatype ivmlType, IvmlTypeResolver resolver)	Creates a new type descriptor.
FakeTypeDescriptor(TypeRegistry registry, java.lang.String name)	Creates a fake type descriptor without (!) known base type.
FakeTypeDescriptor(TypeRegistry registry, java.lang.String name, TypeDescriptor<?> baseType)	Creates a fake type descriptor.
IvmlAccessorFieldDescriptor(TypeDescriptor<?> declaringType, DecisionVariableDeclaration var, TypeRegistry registry)	Creates the field descriptor.
IvmlAnnotationFieldDescriptor(TypeDescriptor<?> declaringType, Attribute annotation, TypeRegistry registry)	Creates the operation descriptor for an annotation access.
IvmlConfigurationFieldDescriptor(TypeDescriptor<?> declaringType, AbstractVariable var, TypeRegistry registry)	Creates the field descriptor.
IvmlProjectTypeDescriptor()	For serialization.
IvmlProjectTypeDescriptor(Project project, IvmlTypeResolver resolver)	Creates a new type descriptor.
IvmlTypeDescriptor()	For serialization.
IvmlTypeDescriptor(Project project, IDatatype ivmlType, IvmlTypeResolver resolver)	Creates a new type descriptor.
NameRegExFilter(java.lang.String pattern, NameRegExFilter.DataType type)	Creates a filter.
NameRegExFilter(java.lang.String pattern, NameRegExFilter.DataType type, IConfigurationFilter further)	Creates a filter.

Uses of VilException in net.ssehub.easy.instantiation.java.artifacts

Methods in net.ssehub.easy.instantiation.java.artifacts that throw VilException

Modifier and Type	Method	Description
void	ClassFileArtifact.artifactChanged(java.lang.Object cause)
void	JavaFileArtifact.artifactChanged(java.lang.Object cause)
static JavaFileArtifact	JavaFileArtifact.convert(java.lang.String val)	Conversion operation.
static JavaFileArtifact	JavaFileArtifact.convert(Path path)	Conversion operation.
FileArtifact	DefaultJavaFileArtifactCreator.createArtifactInstance(java.lang.Object real, ArtifactModel model)
void	AbstractJavaStatement.delete()
void	JavaAnnotation.delete()
void	JavaAttribute.delete()
void	JavaClass.delete()
void	JavaFragmentArtifact.delete()
void	JavaImport.delete()
void	JavaMethod.delete()
void	IJavaParent.deleteChild(FragmentArtifact child)	Notifies the parent that the given child shall be deleted.
void	JavaFileArtifact.deleteChild(FragmentArtifact child)
void	JavaParentFragmentArtifact.deleteChild(FragmentArtifact child)
void	JavaClass.deleteMethodWithCalls(ExpressionEvaluator evaluator)	Deletes a method and all java calls assigned to this method.
void	JavaClass.deleteMethodWithCalls(ExpressionEvaluator evaluator, java.lang.Object replacement)	Deletes a method and all java calls assigned to this method.
void	JavaClass.deleteStatement(ExpressionEvaluator evaluator)	Deletes a statement within a method.
void	JavaMethod.deleteStatement(ExpressionEvaluator evaluator)	Deletes a statement within a method.
void	JavaMethod.deleteWithCalls()	Deletes a method and all calls relating to this method.
Binary	AbstractJavaStatement.getBinary()
Binary	JavaAnnotation.getBinary()
Binary	JavaAttribute.getBinary()
Binary	JavaClass.getBinary()
Binary	JavaImport.getBinary()
Binary	JavaMethod.getBinary()
Binary	JavaPackage.getBinary()
Binary	JavaQualifiedName.getBinary()
java.lang.String	AbstractJavaStatement.getName()
java.lang.String	JavaAnnotation.getName()
java.lang.String	JavaAttribute.getName()
java.lang.String	JavaClass.getName()
java.lang.String	JavaImport.getName()
java.lang.String	JavaMethod.getName()
java.lang.String	JavaPackage.getName()
java.lang.String	JavaQualifiedName.getName()
Text	AbstractJavaStatement.getText()
Text	JavaAnnotation.getText()
Text	JavaAttribute.getText()
Text	JavaClass.getText()
Text	JavaImport.getText()
Text	JavaMethod.getText()
Text	JavaPackage.getText()
Text	JavaQualifiedName.getText()
void	AbstractJavaStatement.rename(java.lang.String name)
void	JavaAnnotation.rename(java.lang.String name)
void	JavaAttribute.rename(java.lang.String name)
void	JavaClass.rename(java.lang.String name)
void	JavaImport.rename(java.lang.String name)
void	JavaMethod.rename(java.lang.String name)
void	JavaPackage.rename(java.lang.String name)
void	JavaQualifiedName.rename(java.lang.String name)
void	JavaFileArtifact.renameImports(java.lang.String oldName, java.lang.String newName)	Renames all imports in this Java artifact from oldName to newName.
void	JavaFileArtifact.renameImports(java.util.Map<java.lang.String,java.lang.String> nameMapping)	Renames all imports in this Java artifact as stated by nameMapping.
void	JavaFileArtifact.renamePackages(java.lang.String oldName, java.lang.String newName)	Renames all (qualified) package names in this Java artifact from oldName to newName.
void	JavaFileArtifact.renamePackages(java.util.Map<java.lang.String,java.lang.String> nameMapping)	Renames all (qualified) package names in this Java artifact as stated by nameMapping.
void	JavaFileArtifact.renameQualifiedNames(java.lang.String oldName, java.lang.String newName)	Renames all qualified names in this Java artifact from oldName to newName.
void	JavaFileArtifact.renameQualifiedNames(java.util.Map<java.lang.String,java.lang.String> nameMapping)	Renames all qualified names in this Java artifact as stated by nameMapping.
void	ClassFileArtifact.store()
void	IJavaParent.store()	Stores the artifact / fragment.
void	JavaFileArtifact.store()
void	JavaFragmentArtifact.store()
void	JavaFragmentArtifact.update()

Uses of VilException in net.ssehub.easy.instantiation.java.instantiators

Methods in net.ssehub.easy.instantiation.java.instantiators that throw VilException

Modifier and Type	Method	Description
static Set<FileArtifact>	CocktailInstantiator.cocktailInstantiator(Project target)	Does the standard job of the cocktain instantiator.
static Set<FileArtifact>	Jar.jar(Path base, Path artifacts, Path jar, Path manifest)	Packs source files into target.
static Set<FileArtifact>	Jar.jar(Path base, Collection<FileArtifact> artifacts, Path jar)	Packs source files into target.
static Set<FileArtifact>	Jar.jar(Path base, Collection<FileArtifact> artifacts, Path jar, Path manifest)	Packs source files into target.
static Set<FileArtifact>	Javac.javac(Path source, Path target, java.util.Map<java.lang.String,java.lang.Object> other)	Compiles a source path to a target path.
static Set<FileArtifact>	Javac.javac(Collection<FileArtifact> source, Path target, java.util.Map<java.lang.String,java.lang.Object> other)	Compiles a source path to a target path.
static Set<FileArtifact>	Unjar.unjar(Path jar, Path target)	Packs source files into target without unpacking the manifest.
static Set<FileArtifact>	Unjar.unjar(Path jar, Path target, boolean includeManifest)	Packs source files into target.
static Set<FileArtifact>	Unjar.unjar(Path jar, Path target, java.lang.String pattern)	Packs source files which matches filter into target without unpacking the manifest.
static Set<FileArtifact>	Unjar.unjar(Path jar, Path target, java.lang.String pattern, boolean includeManifest)	Packs source files which matches filter into target without unpacking the manifest.

Uses of VilException in net.ssehub.easy.instantiation.maven

Methods in net.ssehub.easy.instantiation.maven that throw VilException

Modifier and Type	Method	Description
private static Set<FileArtifact>	Maven.build(Path root, java.lang.String buildFilePath, boolean updateSnapshots, java.lang.String[] targets)	Executes a specific MAVEN build specification.
static Set<FileArtifact>	Maven.maven(Path root)	Executes a specific MAVEN build specification with "clean" and "install" targets.
static Set<FileArtifact>	Maven.maven(Path root, boolean updateSnapshots)	Executes a specific MAVEN build specification with "clean" and "install" targets.
static Set<FileArtifact>	Maven.maven(Path root, boolean updateSnapshots, Sequence<java.lang.String> buildtargets)	Executes a specific MAVEN build specification.
static Set<FileArtifact>	Maven.maven(Path root, java.lang.String buildFilePath)	Executes a specific MAVEN build specification with "clean" and "install" targets.
static Set<FileArtifact>	Maven.maven(Path root, java.lang.String buildFilePath, boolean updateSnapshots)	Executes a specific MAVEN build specification with "clean" and "install" targets.
static Set<FileArtifact>	Maven.maven(Path root, java.lang.String buildFilePath, boolean updateSnapshots, Sequence<java.lang.String> buildtargets)	Executes a specific MAVEN build specification.
static Set<FileArtifact>	Maven.maven(Path root, java.lang.String buildFilePath, Sequence<java.lang.String> buildtargets)	Executes a specific MAVEN build specification.
static Set<FileArtifact>	Maven.maven(Path root, Sequence<java.lang.String> buildtargets)	Executes a specific MAVEN build specification.

Uses of VilException in net.ssehub.easy.instantiation.serializer.xml.converter

Methods in net.ssehub.easy.instantiation.serializer.xml.converter that throw VilException

Modifier and Type	Method	Description
private TypeDescriptor<?>	ReflectionTypeDescriptorConverter.getMapType(java.lang.String name, java.lang.String regex)	Get the map type from the typeRegistry.
private TypeDescriptor<?>	ReflectionTypeDescriptorConverter.getSequenceType(java.lang.String name, java.lang.String regex)	Get the sequence type from the typeRegistry.
private TypeDescriptor<?>	ReflectionTypeDescriptorConverter.getSetType(java.lang.String name, java.lang.String regex)	Get the set type from the typeRegistry.

Uses of VilException in net.ssehub.easy.instantiation.velocity

Methods in net.ssehub.easy.instantiation.velocity that throw VilException

Modifier and Type	Method	Description
private static FileArtifact	VelocityInstantiator.instantiate(FileArtifact template, org.apache.velocity.app.VelocityEngine engine, org.apache.velocity.VelocityContext context)	Instantiate a single file artifact.
static Set<FileArtifact>	VelocityInstantiator.velocity(Path template, Configuration config)	Instantiates a single file artifact using the given configuration.
static Set<FileArtifact>	VelocityInstantiator.velocity(Path template, Configuration config, Map<?,?> nameMapping)	Instantiates a single file artifact using the given configuration.
static Set<FileArtifact>	VelocityInstantiator.velocity(Collection<FileArtifact> templates, Configuration config)	Instantiates a collection of file artifacts using the given configuration.
static Set<FileArtifact>	VelocityInstantiator.velocity(Collection<FileArtifact> templates, Configuration config, Map<?,?> nameMapping)	Instantiates a collection of file artifacts using the given configuration.

Uses of VilException in net.ssehub.easy.instantiation.xvcl

Methods in net.ssehub.easy.instantiation.xvcl that throw VilException

Modifier and Type	Method	Description
(package private) void	XvclTransformatorEngine.instantiate(FileArtifact specification)	Instantiates the given XVCL specification file via VIL.
static void	XVCLInstantiator.xvcl(FileArtifact specification)	Instantiates the given XVCL specification file via VIL.

Uses of VilException in net.ssehub.easy.producer.core.mgmt

Methods in net.ssehub.easy.producer.core.mgmt with parameters of type VilException

Modifier and Type	Method	Description
void	IVilExecutionListener.vilExecutionAborted(PLPInfo plp, VilException exc)	VIL execution (instantiation) was aborted through an error.

Methods in net.ssehub.easy.producer.core.mgmt that throw VilException

Modifier and Type	Method	Description
EasyExecutor	EasyExecutor.execute()	Executes all steps as described above.
void	EasyExecutor.executeVil()	Executes VIL on the model.

Uses of VilException in net.ssehub.easy.producer.ui.productline_editor.configuration

Methods in net.ssehub.easy.producer.ui.productline_editor.configuration with parameters of type VilException

Modifier and Type	Method	Description
void	ConfigurationHeaderMenu.vilExecutionAborted(PLPInfo plp, VilException exc)

Uses of VilException in net.ssehub.easy.producer.ui.productline_editor.instantiator

Methods in net.ssehub.easy.producer.ui.productline_editor.instantiator that throw VilException

Modifier and Type	Method	Description
(package private) void	BuildResolverVisitor.insertElement(IRuleElement element)	Inserts an element into the current block of the last found position.
static void	TreeUtils.store(Script script)	Stores a VIL script.
java.lang.Object	BuildResolverVisitor.visitAdvice(Advice advice)
java.lang.Object	RuleTreeVilVisitor.visitAdvice(Advice advice)
java.lang.Object	BuildResolverVisitor.visitAlternativeExpression(AlternativeExpression alt)
java.lang.Object	RuleTreeVilVisitor.visitAlternativeExpression(AlternativeExpression alt)
java.lang.Object	BuildResolverVisitor.visitArtifactMatchExpression(ArtifactMatchExpression expression)
java.lang.Object	RuleTreeVilVisitor.visitArtifactMatchExpression(ArtifactMatchExpression expression)
private java.lang.Object	BuildResolverVisitor.visitBlock(IRuleBlock block)	Visits a block.
java.lang.Object	BuildResolverVisitor.visitBooleanMatchExpression(BooleanMatchExpression expression)
java.lang.Object	RuleTreeVilVisitor.visitBooleanMatchExpression(BooleanMatchExpression expression)
java.lang.Object	BuildResolverVisitor.visitCallExpression(CallExpression call)
java.lang.Object	RuleTreeVilVisitor.visitCallExpression(CallExpression call)
java.lang.Object	BuildResolverVisitor.visitCollectionMatchExpression(CollectionMatchExpression expression)
java.lang.Object	RuleTreeVilVisitor.visitCollectionMatchExpression(CollectionMatchExpression expression)
java.lang.Object	BuildResolverVisitor.visitCompositeExpression(CompositeExpression ex)
java.lang.Object	RuleTreeVilVisitor.visitCompositeExpression(CompositeExpression ex)
java.lang.Object	BuildResolverVisitor.visitCompound(Compound compound)
java.lang.Object	RuleTreeVilVisitor.visitCompound(Compound compound)
java.lang.Object	BuildResolverVisitor.visitCompoundMatchExpression(CompoundMatchExpression expression)
java.lang.Object	RuleTreeVilVisitor.visitCompoundMatchExpression(CompoundMatchExpression expression)
java.lang.Object	BuildResolverVisitor.visitConstantExpression(ConstantExpression cst)
java.lang.Object	RuleTreeVilVisitor.visitConstantExpression(ConstantExpression cst)
java.lang.Object	BuildResolverVisitor.visitContainerInitializerExpression(ContainerInitializerExpression ex)
java.lang.Object	RuleTreeVilVisitor.visitContainerInitializerExpression(ContainerInitializerExpression ex)
java.lang.Object	BuildResolverVisitor.visitExpression(Expression ex)
java.lang.Object	RuleTreeVilVisitor.visitExpression(Expression ex)
java.lang.Object	BuildResolverVisitor.visitExpressionEvaluator(ExpressionEvaluator ex)
java.lang.Object	RuleTreeVilVisitor.visitExpressionEvaluator(ExpressionEvaluator ex)
java.lang.Object	BuildResolverVisitor.visitExpressionStatement(ExpressionStatement statement)
java.lang.Object	RuleTreeVilVisitor.visitExpressionStatement(ExpressionStatement statement)
java.lang.Object	BuildResolverVisitor.visitFieldAccessExpression(FieldAccessExpression ex)
java.lang.Object	RuleTreeVilVisitor.visitFieldAccessExpression(FieldAccessExpression ex)
java.lang.Object	BuildResolverVisitor.visitForStatement(ForStatement stmt)
java.lang.Object	RuleTreeVilVisitor.visitForStatement(ForStatement stmt)
java.lang.Object	BuildResolverVisitor.visitInstantiateExpression(InstantiateExpression inst)
java.lang.Object	RuleTreeVilVisitor.visitInstantiateExpression(InstantiateExpression inst)
java.lang.Object	BuildResolverVisitor.visitJoinExpression(JoinExpression ex)
java.lang.Object	RuleTreeVilVisitor.visitJoinExpression(JoinExpression ex)
java.lang.Object	BuildResolverVisitor.visitJoinVariableDeclaration(JoinVariableDeclaration decl)
java.lang.Object	RuleTreeVilVisitor.visitJoinVariableDeclaration(JoinVariableDeclaration decl)
java.lang.Object	BuildResolverVisitor.visitLoadProperties(LoadProperties properties)
java.lang.Object	RuleTreeVilVisitor.visitLoadProperties(LoadProperties properties)
private java.lang.Object	BuildResolverVisitor.visitLoop(IEnumeratingLoop loop)	Visits a loop.
java.lang.Object	BuildResolverVisitor.visitMapExpression(MapExpression map)
java.lang.Object	RuleTreeVilVisitor.visitMapExpression(MapExpression map)
java.lang.Object	BuildResolverVisitor.visitMultiAndExpression(MultiAndExpression ex)
java.lang.Object	RuleTreeVilVisitor.visitMultiAndExpression(MultiAndExpression ex)
java.lang.Object	BuildResolverVisitor.visitParenthesisExpression(ParenthesisExpression par)
java.lang.Object	RuleTreeVilVisitor.visitParenthesisExpression(ParenthesisExpression par)
java.lang.Object	BuildResolverVisitor.visitPathMatchExpression(PathMatchExpression expression)
java.lang.Object	RuleTreeVilVisitor.visitPathMatchExpression(PathMatchExpression expression)
java.lang.Object	BuildResolverVisitor.visitResolvableOperationCallExpression(ResolvableOperationCallExpression ex)
java.lang.Object	RuleTreeVilVisitor.visitResolvableOperationCallExpression(ResolvableOperationCallExpression ex)
java.lang.Object	BuildResolverVisitor.visitResolvableOperationExpression(ResolvableOperationExpression ex)
java.lang.Object	RuleTreeVilVisitor.visitResolvableOperationExpression(ResolvableOperationExpression ex)
java.lang.Object	BuildResolverVisitor.visitRule(Rule rule)
java.lang.Object	BuildResolverVisitor.visitRule(VtlRule rule)
java.lang.Object	RuleTreeVilVisitor.visitRule(Rule rule)
java.lang.Object	RuleTreeVilVisitor.visitRule(VtlRule rule)
java.lang.Object	BuildResolverVisitor.visitRuleCallExpression(RuleCallExpression ex)
java.lang.Object	RuleTreeVilVisitor.visitRuleCallExpression(RuleCallExpression ex)
java.lang.Object	BuildResolverVisitor.visitScript(Script script)
java.lang.Object	RuleTreeVilVisitor.visitScript(Script script)
java.lang.Object	BuildResolverVisitor.visitStrategyCallExpression(StrategyCallExpression call)
java.lang.Object	RuleTreeVilVisitor.visitStrategyCallExpression(StrategyCallExpression call)
java.lang.Object	BuildResolverVisitor.visitStringExpression(StringExpression ex)
java.lang.Object	RuleTreeVilVisitor.visitStringExpression(StringExpression ex)
java.lang.Object	BuildResolverVisitor.visitStringMatchExpression(StringMatchExpression expression)
java.lang.Object	RuleTreeVilVisitor.visitStringMatchExpression(StringMatchExpression expression)
java.lang.Object	BuildResolverVisitor.visitTypedef(Typedef typedef)
java.lang.Object	RuleTreeVilVisitor.visitTypedef(Typedef typedef)
java.lang.Object	BuildResolverVisitor.visitValueAssignmentExpression(ValueAssignmentExpression ex)
java.lang.Object	RuleTreeVilVisitor.visitValueAssignmentExpression(ValueAssignmentExpression ex)
java.lang.Object	BuildResolverVisitor.visitVariableDeclaration(VariableDeclaration var)
java.lang.Object	RuleTreeVilVisitor.visitVariableDeclaration(VariableDeclaration var)
java.lang.Object	BuildResolverVisitor.visitVariableExpression(VariableExpression cst)
java.lang.Object	RuleTreeVilVisitor.visitVariableExpression(VariableExpression cst)
java.lang.Object	BuildResolverVisitor.visitVarModelIdentifierExpression(VarModelIdentifierExpression identifier)
java.lang.Object	RuleTreeVilVisitor.visitVarModelIdentifierExpression(VarModelIdentifierExpression identifier)
java.lang.Object	BuildResolverVisitor.visitVilTypeExpression(VilTypeExpression typeExpression)
java.lang.Object	RuleTreeVilVisitor.visitVilTypeExpression(VilTypeExpression typeExpression)
java.lang.Object	BuildResolverVisitor.visitWhileStatement(WhileStatement stmt)
java.lang.Object	RuleTreeVilVisitor.visitWhileStatement(WhileStatement stmt)