Package
Description
This package contains annotations that configure the substitution mechanism of GraalVM Native
Image.
Do you want to implement your own
Truffle based
language? In such case start here.The debug package contains a debugger API that can be used to install breakpoints, step through
and control the execution of Truffle guest language applications.
Domain specific language that allows to specify specializing AST nodes in a declarative way.
This package contains a Truffle exception base class.
Package containing stack frame representation classes.
The instrumentation API provides a way to introspect and inject behavior into interpreters
written using the Truffle framework.
This package contains a provider to instantiate a Truffle instrument.
This package contains classes that specify the contract for inter-operability between Truffle
guest languages and tools.
This package contains I/O related classes used by
TruffleLanguage
implementations.Truffle Libraries allow language implementations to use polymorphic dispatch for receiver types
with support for implementation specific caching/profiling and customization of the dispatch.
This package contains service provider interfaces used by Truffle libraries.
This package contains memory related classes used by
TruffleLanguage implementations.Abstract syntax tree
nodes are the basic building block
for your TruffleLanguage.Dynamic object storage model.
A profile is a Truffle utility class that uses the
Truffle compiler directives to guard for and/or
forward runtime information to the compiler.This package contains a provider to instantiate a Truffle language.
Represents a
source file.Static Object Model APIs to represent the layout of objects that, once defined, do not change the
number and the type of their properties.
Truffle String related APIs.
Various utility classes that aim to make the development of TruffleLanguage guest languages
easier.
The GraalVM SDK collections package contains memory efficient data structures.
The GraalVM SDK home API allows query home paths for the GraalVM, its languages and its tools.
The GraalVM SDK Native Image API allows to customize the native image generation, i.e., the
ahead-of-time compilation of Java code to standalone executables.
This package and its sub-packages provide a fast and lightweight interface between Java code and
C code.
This package provides parts of the Java / C interface that are related to C constants.
This package provides parts of the Java / C interface that are related to C functions.
This package provides parts of the Java / C interface that are related to C structures.
This package provides parts of the Java / C interface that are related to standard C pointer
types, as well as utility functions to convert between Java types and C types.
The GraalVM SDK Native Image API allows to customize the native image generation, i.e., the
ahead-of-time compilation of Java code to standalone executables:
Features allow clients to intercept the native image
generation and run custom initialization code at various stages.
RuntimeClassInitialization is used to configure when
classes are initialized.
RuntimeReflection to register classes, methods, and
fields for reflection at run time.
The GraalVM SDK options package contains reusable collection classes for options.
The GraalVM SDK polyglot API allows to embed Graal languages in Java applications.
Input/Output support for the GraalVM SDK polyglot API.
The management package provides tools that monitor and instrument the behavior of guest language
programs.
The GraalVM SDK proxy interfaces allow to mimic guest language objects, arrays, executables,
primitives and native objects in Graal languages.
This package provides a low-level mechanism to use machine-word-sized values in Java.