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CHECKER FRAMEWORK
The Checker Framework is a pluggable type-checking system for Java: It warns you, at compile time, about errors in your programs, beyond those that Java's built-in type-checker does. This document tells you how to get started using the Checker Framework in Eclipse.However, the Checker Framework Eclipse Plugin is no longer supported and is out ofdate.
THE CHECKER FRAMEWORK MANUAL: CUSTOM PLUGGABLE TYPES FOR JAVA 10 Fake Enum Checker for fake enumerations 89 10.1 Fake enum annotations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .89 CHECKER-FRAMEWORK 3.14.0 API Packages. com.google.errorprone.annotations; org.checkerframework.checker.builder.qual; org.checkerframework.checker.calledmethods; org.checkerframework.checker ANNOTATIONUTILS (CHECKER-FRAMEWORK 3.13.0 API) Returns the values of an annotation's elements, including defaults. The method with the same name in JavacElements cannot be used directly, because it includes a cast to Attribute.Compound, which doesn't hold for annotations generated by the Checker Framework. This MONOTONICNONNULL (CHECKER-FRAMEWORK 3.14.0 API) MonotonicNonNull gives stronger guarantees than Nullable. After a check that a Nullable field holds a non-null value, only accesses until the next non- SideEffectFree method is called can be assumed to be non-null. To indicate that a MonotonicNonNull or Nullable field is non-null whenever a particular method is called, use RequiresNonNull . UNIQUE (CHECKER-FRAMEWORK 3.14.0 API) An expression with this type has no aliases. In other words, no other expression, evaluated at the same program point, would evaluate to the exact same object value. GUARDEDBY (CHECKER-FRAMEWORK 3.13.0 API) Indicates that a thread may dereference the value referred to by the annotated variable only if the thread holds all the given lock expressions. @GuardedBy ( {}) is the default type qualifier. The argument is a string or set of strings that indicates the expression (s) that must be held, using the syntax of Java expressions describedin the manual.
THE CHECKER FRAMEWORKTUTORIALTHE CHECKER FRAMEWORK MANUALANNOTATION FILE UTILITIESCHECKER-FRAMEWORK 3.4.1 API The Checker Framework enhances Java's type system to make it more powerful and useful. This lets software developers detect and prevent errors in their Java programs. The Checker Framework includes compiler plug-ins ("checkers") that find bugs or verify their absence. It also permits you to write your own compiler plug-ins. CHECKER FRAMEWORK TUTORIAL The Checker Framework enhances Java's type system to make it more powerful and useful. This lets software developers detect and prevent errors in their Java programs. The Checker Framework includes compiler plug-ins ("checkers") that find bugs or verify their absence. It also permits software developers to write their own compiler plug-ins. THE CHECKER FRAMEWORK MANUAL: CUSTOM PLUGGABLE TYPES FOR JAVA The compiler will issue two warnings regarding violation of the semantics of @NonNull. 3.5.2 Example annotated source code . Somelibraries that
CHECKER FRAMEWORK
The Checker Framework is a pluggable type-checking system for Java: It warns you, at compile time, about errors in your programs, beyond those that Java's built-in type-checker does. This document tells you how to get started using the Checker Framework in Eclipse.However, the Checker Framework Eclipse Plugin is no longer supported and is out ofdate.
THE CHECKER FRAMEWORK MANUAL: CUSTOM PLUGGABLE TYPES FOR JAVA 10 Fake Enum Checker for fake enumerations 89 10.1 Fake enum annotations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .89 CHECKER-FRAMEWORK 3.14.0 API Packages. com.google.errorprone.annotations; org.checkerframework.checker.builder.qual; org.checkerframework.checker.calledmethods; org.checkerframework.checker ANNOTATIONUTILS (CHECKER-FRAMEWORK 3.13.0 API) Returns the values of an annotation's elements, including defaults. The method with the same name in JavacElements cannot be used directly, because it includes a cast to Attribute.Compound, which doesn't hold for annotations generated by the Checker Framework. This MONOTONICNONNULL (CHECKER-FRAMEWORK 3.14.0 API) MonotonicNonNull gives stronger guarantees than Nullable. After a check that a Nullable field holds a non-null value, only accesses until the next non- SideEffectFree method is called can be assumed to be non-null. To indicate that a MonotonicNonNull or Nullable field is non-null whenever a particular method is called, use RequiresNonNull . UNIQUE (CHECKER-FRAMEWORK 3.14.0 API) An expression with this type has no aliases. In other words, no other expression, evaluated at the same program point, would evaluate to the exact same object value. GUARDEDBY (CHECKER-FRAMEWORK 3.13.0 API) Indicates that a thread may dereference the value referred to by the annotated variable only if the thread holds all the given lock expressions. @GuardedBy ( {}) is the default type qualifier. The argument is a string or set of strings that indicates the expression (s) that must be held, using the syntax of Java expressions describedin the manual.
CHECKER FRAMEWORK TUTORIAL The Checker Framework enhances Java's type system to make it more powerful and useful. This lets software developers detect and prevent errors in their Java programs. The Checker Framework includes compiler plug-ins ("checkers") that find bugs or verify their absence. It also permits software developers to write their own compiler plug-ins.CHECKER FRAMEWORK
The Checker Framework is a pluggable type-checking system for Java: It warns you, at compile time, about errors in your programs, beyond those that Java's built-in type-checker does. This document tells you how to get started using the Checker Framework in Eclipse.However, the Checker Framework Eclipse Plugin is no longer supported and is out ofdate.
CHECKER-FRAMEWORK 3.14.0 API checker-framework 3.14.0 API. Qualifiers for the Compiler Message Key Checker. The implementation of the Fake Enum Checker. Provides a type-checker plug-in for the Interned qualifier that finds (and verifies the absence of) equality-testing and interning errors. CHECKER FRAMEWORK TUTORIAL This section of the tutorial is only for those who are interested in writing their own type-checkers. Others may skip this section. Although the Checker Framework ships with many checkers, you may wish to write your own checker because there are other run-time problems you wish to prevent.If you do not wish to write a new type-checker, feel free to skip this section of the tutorial. ANNOTATIONUTILS (CHECKER-FRAMEWORK 3.13.0 API) Returns the values of an annotation's elements, including defaults. The method with the same name in JavacElements cannot be used directly, because it includes a cast to Attribute.Compound, which doesn't hold for annotations generated by the Checker Framework. This TYPE ANNOTATIONS (JSR 308) AND THE CHECKER FRAMEWORK The Annotation File Utilities extract annotations from, and write annotations to, .java and .class files. It also provides a representation (called an “annotation file”) for annotations that is outside the source code or the .class file. The tools support both Java 5 annotations, and the type annotations defined in JSR 308. INITIALIZED (CHECKER-FRAMEWORK 3.13.0 API) This type qualifier belongs to the freedom-before-commitment initialization tracking type-system. This type-system is not used on its own, but in conjunction with some other type-system that wants to ensure safe initialization. NONNULL (CHECKER-FRAMEWORK 3.13.0 API) If an expression's type is qualified by @NonNull, then the expression never evaluates to null. (Unless the program has a bug; annotations specify intended behavior.) For fields of a class, the NonNull annotation indicates that this field is never null after the class has been fully initialized.For static fields, the NonNull annotation indicates that this field is never null after the NULLNESSCHECKER (CHECKER-FRAMEWORK 3.14.0 API) An implementation of the nullness type-system, parameterized by an initialization type-system for safe initialization. It uses freedom-before-commitment, augmented by type frames (which are crucial to obtain acceptable precision), as its initialization type system. See the Checker Framework Manual: Nullness Checker. NULLNESSANNOTATEDTYPEFACTORY (CHECKER-FRAMEWORK 3.13.0 API) Returns an @EnsuresQualifier annotation for the given field. Returns an empty list if none can be created, because the qualifier has elements/arguments, which @EnsuresQualifier does not support. This implementation makes no assumptions about preconditions THE CHECKER FRAMEWORKTUTORIALTHE CHECKER FRAMEWORK MANUALANNOTATION FILE UTILITIESCHECKER-FRAMEWORK 3.4.1 API The Checker Framework enhances Java's type system to make it more powerful and useful. This lets software developers detect and prevent errors in their Java programs. The Checker Framework includes compiler plug-ins ("checkers") that find bugs or verify their absence. It also permits you to write your own compiler plug-ins. CHECKER FRAMEWORK TUTORIAL The Checker Framework enhances Java's type system to make it more powerful and useful. This lets software developers detect and prevent errors in their Java programs. The Checker Framework includes compiler plug-ins ("checkers") that find bugs or verify their absence. It also permits software developers to write their own compiler plug-ins. THE CHECKER FRAMEWORK MANUAL: CUSTOM PLUGGABLE TYPES FOR JAVA The compiler will issue two warnings regarding violation of the semantics of @NonNull. 3.5.2 Example annotated source code . Somelibraries that
CHECKER FRAMEWORK
The Checker Framework is a pluggable type-checking system for Java: It warns you, at compile time, about errors in your programs, beyond those that Java's built-in type-checker does. This document tells you how to get started using the Checker Framework in Eclipse.However, the Checker Framework Eclipse Plugin is no longer supported and is out ofdate.
THE CHECKER FRAMEWORK MANUAL: CUSTOM PLUGGABLE TYPES FOR JAVA 10 Fake Enum Checker for fake enumerations 89 10.1 Fake enum annotations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .89 CHECKER-FRAMEWORK 3.14.0 API Packages. com.google.errorprone.annotations; org.checkerframework.checker.builder.qual; org.checkerframework.checker.calledmethods; org.checkerframework.checker ANNOTATIONUTILS (CHECKER-FRAMEWORK 3.13.0 API) Returns the values of an annotation's elements, including defaults. The method with the same name in JavacElements cannot be used directly, because it includes a cast to Attribute.Compound, which doesn't hold for annotations generated by the Checker Framework. This MONOTONICNONNULL (CHECKER-FRAMEWORK 3.14.0 API) MonotonicNonNull gives stronger guarantees than Nullable. After a check that a Nullable field holds a non-null value, only accesses until the next non- SideEffectFree method is called can be assumed to be non-null. To indicate that a MonotonicNonNull or Nullable field is non-null whenever a particular method is called, use RequiresNonNull . UNIQUE (CHECKER-FRAMEWORK 3.14.0 API) An expression with this type has no aliases. In other words, no other expression, evaluated at the same program point, would evaluate to the exact same object value. GUARDEDBY (CHECKER-FRAMEWORK 3.13.0 API) Indicates that a thread may dereference the value referred to by the annotated variable only if the thread holds all the given lock expressions. @GuardedBy ( {}) is the default type qualifier. The argument is a string or set of strings that indicates the expression (s) that must be held, using the syntax of Java expressions describedin the manual.
THE CHECKER FRAMEWORKTUTORIALTHE CHECKER FRAMEWORK MANUALANNOTATION FILE UTILITIESCHECKER-FRAMEWORK 3.4.1 API The Checker Framework enhances Java's type system to make it more powerful and useful. This lets software developers detect and prevent errors in their Java programs. The Checker Framework includes compiler plug-ins ("checkers") that find bugs or verify their absence. It also permits you to write your own compiler plug-ins. CHECKER FRAMEWORK TUTORIAL The Checker Framework enhances Java's type system to make it more powerful and useful. This lets software developers detect and prevent errors in their Java programs. The Checker Framework includes compiler plug-ins ("checkers") that find bugs or verify their absence. It also permits software developers to write their own compiler plug-ins. THE CHECKER FRAMEWORK MANUAL: CUSTOM PLUGGABLE TYPES FOR JAVA The compiler will issue two warnings regarding violation of the semantics of @NonNull. 3.5.2 Example annotated source code . Somelibraries that
CHECKER FRAMEWORK
The Checker Framework is a pluggable type-checking system for Java: It warns you, at compile time, about errors in your programs, beyond those that Java's built-in type-checker does. This document tells you how to get started using the Checker Framework in Eclipse.However, the Checker Framework Eclipse Plugin is no longer supported and is out ofdate.
THE CHECKER FRAMEWORK MANUAL: CUSTOM PLUGGABLE TYPES FOR JAVA 10 Fake Enum Checker for fake enumerations 89 10.1 Fake enum annotations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .89 CHECKER-FRAMEWORK 3.14.0 API Packages. com.google.errorprone.annotations; org.checkerframework.checker.builder.qual; org.checkerframework.checker.calledmethods; org.checkerframework.checker ANNOTATIONUTILS (CHECKER-FRAMEWORK 3.13.0 API) Returns the values of an annotation's elements, including defaults. The method with the same name in JavacElements cannot be used directly, because it includes a cast to Attribute.Compound, which doesn't hold for annotations generated by the Checker Framework. This MONOTONICNONNULL (CHECKER-FRAMEWORK 3.14.0 API) MonotonicNonNull gives stronger guarantees than Nullable. After a check that a Nullable field holds a non-null value, only accesses until the next non- SideEffectFree method is called can be assumed to be non-null. To indicate that a MonotonicNonNull or Nullable field is non-null whenever a particular method is called, use RequiresNonNull . UNIQUE (CHECKER-FRAMEWORK 3.14.0 API) An expression with this type has no aliases. In other words, no other expression, evaluated at the same program point, would evaluate to the exact same object value. GUARDEDBY (CHECKER-FRAMEWORK 3.13.0 API) Indicates that a thread may dereference the value referred to by the annotated variable only if the thread holds all the given lock expressions. @GuardedBy ( {}) is the default type qualifier. The argument is a string or set of strings that indicates the expression (s) that must be held, using the syntax of Java expressions describedin the manual.
CHECKER FRAMEWORK TUTORIAL The Checker Framework enhances Java's type system to make it more powerful and useful. This lets software developers detect and prevent errors in their Java programs. The Checker Framework includes compiler plug-ins ("checkers") that find bugs or verify their absence. It also permits software developers to write their own compiler plug-ins.CHECKER FRAMEWORK
The Checker Framework is a pluggable type-checking system for Java: It warns you, at compile time, about errors in your programs, beyond those that Java's built-in type-checker does. This document tells you how to get started using the Checker Framework in Eclipse.However, the Checker Framework Eclipse Plugin is no longer supported and is out ofdate.
CHECKER-FRAMEWORK 3.14.0 API checker-framework 3.14.0 API. Qualifiers for the Compiler Message Key Checker. The implementation of the Fake Enum Checker. Provides a type-checker plug-in for the Interned qualifier that finds (and verifies the absence of) equality-testing and interning errors. CHECKER FRAMEWORK TUTORIAL This section of the tutorial is only for those who are interested in writing their own type-checkers. Others may skip this section. Although the Checker Framework ships with many checkers, you may wish to write your own checker because there are other run-time problems you wish to prevent.If you do not wish to write a new type-checker, feel free to skip this section of the tutorial. ANNOTATIONUTILS (CHECKER-FRAMEWORK 3.13.0 API) Returns the values of an annotation's elements, including defaults. The method with the same name in JavacElements cannot be used directly, because it includes a cast to Attribute.Compound, which doesn't hold for annotations generated by the Checker Framework. This TYPE ANNOTATIONS (JSR 308) AND THE CHECKER FRAMEWORK The Annotation File Utilities extract annotations from, and write annotations to, .java and .class files. It also provides a representation (called an “annotation file”) for annotations that is outside the source code or the .class file. The tools support both Java 5 annotations, and the type annotations defined in JSR 308. INITIALIZED (CHECKER-FRAMEWORK 3.13.0 API) This type qualifier belongs to the freedom-before-commitment initialization tracking type-system. This type-system is not used on its own, but in conjunction with some other type-system that wants to ensure safe initialization. NONNULL (CHECKER-FRAMEWORK 3.13.0 API) If an expression's type is qualified by @NonNull, then the expression never evaluates to null. (Unless the program has a bug; annotations specify intended behavior.) For fields of a class, the NonNull annotation indicates that this field is never null after the class has been fully initialized.For static fields, the NonNull annotation indicates that this field is never null after the NULLNESSCHECKER (CHECKER-FRAMEWORK 3.14.0 API) An implementation of the nullness type-system, parameterized by an initialization type-system for safe initialization. It uses freedom-before-commitment, augmented by type frames (which are crucial to obtain acceptable precision), as its initialization type system. See the Checker Framework Manual: Nullness Checker. NULLNESSANNOTATEDTYPEFACTORY (CHECKER-FRAMEWORK 3.13.0 API) Returns an @EnsuresQualifier annotation for the given field. Returns an empty list if none can be created, because the qualifier has elements/arguments, which @EnsuresQualifier does not support. This implementation makes no assumptions about preconditions THE CHECKER FRAMEWORKTUTORIALTHE CHECKER FRAMEWORK MANUALANNOTATION FILE UTILITIESCHECKER-FRAMEWORK 3.4.1 API The Checker Framework enhances Java's type system to make it more powerful and useful. This lets software developers detect and prevent errors in their Java programs. The Checker Framework includes compiler plug-ins ("checkers") that find bugs or verify their absence. It also permits you to write your own compiler plug-ins. CHECKER FRAMEWORK TUTORIAL The Checker Framework enhances Java's type system to make it more powerful and useful. This lets software developers detect and prevent errors in their Java programs. The Checker Framework includes compiler plug-ins ("checkers") that find bugs or verify their absence. It also permits software developers to write their own compiler plug-ins. THE CHECKER FRAMEWORK MANUAL: CUSTOM PLUGGABLE TYPES FOR JAVA The compiler will issue two warnings regarding violation of the semantics of @NonNull. 3.5.2 Example annotated source code . Somelibraries that
CHECKER FRAMEWORK
The Checker Framework is a pluggable type-checking system for Java: It warns you, at compile time, about errors in your programs, beyond those that Java's built-in type-checker does. This document tells you how to get started using the Checker Framework in Eclipse.However, the Checker Framework Eclipse Plugin is no longer supported and is out ofdate.
THE CHECKER FRAMEWORK MANUAL: CUSTOM PLUGGABLE TYPES FOR JAVA 10 Fake Enum Checker for fake enumerations 89 10.1 Fake enum annotations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .89 CHECKER-FRAMEWORK 3.14.0 API Packages. com.google.errorprone.annotations; org.checkerframework.checker.builder.qual; org.checkerframework.checker.calledmethods; org.checkerframework.checker ANNOTATIONUTILS (CHECKER-FRAMEWORK 3.13.0 API) Returns the values of an annotation's elements, including defaults. The method with the same name in JavacElements cannot be used directly, because it includes a cast to Attribute.Compound, which doesn't hold for annotations generated by the Checker Framework. This UNIQUE (CHECKER-FRAMEWORK 3.14.0 API) An expression with this type has no aliases. In other words, no other expression, evaluated at the same program point, would evaluate to the exact same object value. GUARDEDBY (CHECKER-FRAMEWORK 3.13.0 API) Indicates that a thread may dereference the value referred to by the annotated variable only if the thread holds all the given lock expressions. @GuardedBy ( {}) is the default type qualifier. The argument is a string or set of strings that indicates the expression (s) that must be held, using the syntax of Java expressions describedin the manual.
MONOTONICNONNULL (CHECKER-FRAMEWORK 3.14.0 API) MonotonicNonNull gives stronger guarantees than Nullable. After a check that a Nullable field holds a non-null value, only accesses until the next non- SideEffectFree method is called can be assumed to be non-null. To indicate that a MonotonicNonNull or Nullable field is non-null whenever a particular method is called, use RequiresNonNull . THE CHECKER FRAMEWORKTUTORIALTHE CHECKER FRAMEWORK MANUALANNOTATION FILE UTILITIESCHECKER-FRAMEWORK 3.4.1 API The Checker Framework enhances Java's type system to make it more powerful and useful. This lets software developers detect and prevent errors in their Java programs. The Checker Framework includes compiler plug-ins ("checkers") that find bugs or verify their absence. It also permits you to write your own compiler plug-ins. CHECKER FRAMEWORK TUTORIAL The Checker Framework enhances Java's type system to make it more powerful and useful. This lets software developers detect and prevent errors in their Java programs. The Checker Framework includes compiler plug-ins ("checkers") that find bugs or verify their absence. It also permits software developers to write their own compiler plug-ins. THE CHECKER FRAMEWORK MANUAL: CUSTOM PLUGGABLE TYPES FOR JAVA The compiler will issue two warnings regarding violation of the semantics of @NonNull. 3.5.2 Example annotated source code . Somelibraries that
CHECKER FRAMEWORK
The Checker Framework is a pluggable type-checking system for Java: It warns you, at compile time, about errors in your programs, beyond those that Java's built-in type-checker does. This document tells you how to get started using the Checker Framework in Eclipse.However, the Checker Framework Eclipse Plugin is no longer supported and is out ofdate.
THE CHECKER FRAMEWORK MANUAL: CUSTOM PLUGGABLE TYPES FOR JAVA 10 Fake Enum Checker for fake enumerations 89 10.1 Fake enum annotations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .89 CHECKER-FRAMEWORK 3.14.0 API Packages. com.google.errorprone.annotations; org.checkerframework.checker.builder.qual; org.checkerframework.checker.calledmethods; org.checkerframework.checker ANNOTATIONUTILS (CHECKER-FRAMEWORK 3.13.0 API) Returns the values of an annotation's elements, including defaults. The method with the same name in JavacElements cannot be used directly, because it includes a cast to Attribute.Compound, which doesn't hold for annotations generated by the Checker Framework. This UNIQUE (CHECKER-FRAMEWORK 3.14.0 API) An expression with this type has no aliases. In other words, no other expression, evaluated at the same program point, would evaluate to the exact same object value. GUARDEDBY (CHECKER-FRAMEWORK 3.13.0 API) Indicates that a thread may dereference the value referred to by the annotated variable only if the thread holds all the given lock expressions. @GuardedBy ( {}) is the default type qualifier. The argument is a string or set of strings that indicates the expression (s) that must be held, using the syntax of Java expressions describedin the manual.
MONOTONICNONNULL (CHECKER-FRAMEWORK 3.14.0 API) MonotonicNonNull gives stronger guarantees than Nullable. After a check that a Nullable field holds a non-null value, only accesses until the next non- SideEffectFree method is called can be assumed to be non-null. To indicate that a MonotonicNonNull or Nullable field is non-null whenever a particular method is called, use RequiresNonNull . CHECKER FRAMEWORK TUTORIAL The Checker Framework enhances Java's type system to make it more powerful and useful. This lets software developers detect and prevent errors in their Java programs. The Checker Framework includes compiler plug-ins ("checkers") that find bugs or verify their absence. It also permits software developers to write their own compiler plug-ins. CHECKER-FRAMEWORK 3.14.0 API checker-framework 3.14.0 API. Qualifiers for the Compiler Message Key Checker. The implementation of the Fake Enum Checker. Provides a type-checker plug-in for the Interned qualifier that finds (and verifies the absence of) equality-testing and interning errors. CHECKER FRAMEWORK TUTORIAL This section of the tutorial is only for those who are interested in writing their own type-checkers. Others may skip this section. Although the Checker Framework ships with many checkers, you may wish to write your own checker because there are other run-time problems you wish to prevent.If you do not wish to write a new type-checker, feel free to skip this section of the tutorial. ANNOTATION FILE UTILITIES Installation. The following instructions assume either a Linux or Windows system using a command-line environment. The current release is Annotation File Utilities version . 3.14.0, 01 Jun 2021. Download annotation-tools-3.14.0.zip. Create a directory named annotation-tools by unpacking the distribution zipfile. (You will typically make annotation-tools/ a sibling of checker-framework/.) ANNOTATIONUTILS (CHECKER-FRAMEWORK 3.13.0 API) Returns the values of an annotation's elements, including defaults. The method with the same name in JavacElements cannot be used directly, because it includes a cast to Attribute.Compound, which doesn't hold for annotations generated by the Checker Framework. This TYPE ANNOTATIONS (JSR 308) AND THE CHECKER FRAMEWORK The Annotation File Utilities extract annotations from, and write annotations to, .java and .class files. It also provides a representation (called an “annotation file”) for annotations that is outside the source code or the .class file. The tools support both Java 5 annotations, and the type annotations defined in JSR 308. ADATAFLOWFRAMEWORKFORJAVA 2.2.7.2 TransferResult ATransferResultistheoutputofatransferfunction. Inotherwords,itisthe setofdataflowfactsknowntobetrueimmediatelyafteranode. ABoolean INITIALIZED (CHECKER-FRAMEWORK 3.13.0 API) This type qualifier belongs to the freedom-before-commitment initialization tracking type-system. This type-system is not used on its own, but in conjunction with some other type-system that wants to ensure safe initialization. NULLABLE (CHECKER-FRAMEWORK 3.14.0 API) org.checkerframework.checker.nullness.qual. Annotation Type Nullable. @Documented @Retention(value=RUNTIME) @Target(value={TYPE_USE,TYPE_PARAMETER}) @SubtypeOf(value NULLNESSANNOTATEDTYPEFACTORY (CHECKER-FRAMEWORK 3.13.0 API) Returns an @EnsuresQualifier annotation for the given field. Returns an empty list if none can be created, because the qualifier has elements/arguments, which @EnsuresQualifier does not support. This implementation makes no assumptions about preconditions THE CHECKER FRAMEWORKTUTORIALTHE CHECKER FRAMEWORK MANUALANNOTATION FILE UTILITIESCHECKER-FRAMEWORK 3.4.1 API The Checker Framework enhances Java's type system to make it more powerful and useful. This lets software developers detect and prevent errors in their Java programs. The Checker Framework includes compiler plug-ins ("checkers") that find bugs or verify their absence. It also permits you to write your own compiler plug-ins. CHECKER FRAMEWORK TUTORIAL The Checker Framework enhances Java's type system to make it more powerful and useful. This lets software developers detect and prevent errors in their Java programs. The Checker Framework includes compiler plug-ins ("checkers") that find bugs or verify their absence. It also permits software developers to write their own compiler plug-ins.CHECKER FRAMEWORK
The Checker Framework is a pluggable type-checking system for Java: It warns you, at compile time, about errors in your programs, beyond those that Java's built-in type-checker does. This document tells you how to get started using the Checker Framework in Eclipse.However, the Checker Framework Eclipse Plugin is no longer supported and is out ofdate.
THE CHECKER FRAMEWORK MANUAL: CUSTOM PLUGGABLE TYPES FOR JAVA The compiler will issue two warnings regarding violation of the semantics of @NonNull. 3.5.2 Example annotated source code . Somelibraries that
CHECKER-FRAMEWORK 3.14.0 API checker-framework 3.13.0 API. Qualifiers for the Compiler Message Key Checker. The implementation of the Fake Enum Checker. Provides a type-checker plug-in for the Interned qualifier that finds (and verifies the absence of) equality-testing and interning errors. CHECKER FRAMEWORK TUTORIAL 1. Spot the null pointer exception Begin by viewing NullnessExample.java. (If you have not already, download the source files for the tutorial.) It is a simple Java program with an CHECKER-FRAMEWORK 3.14.0 API Packages. com.google.errorprone.annotations; org.checkerframework.checker.builder.qual; org.checkerframework.checker.calledmethods; org.checkerframework.checker TYPE ANNOTATIONS (JSR 308) AND THE CHECKER FRAMEWORK The Annotation File Utilities extract annotations from, and write annotations to, .java and .class files. It also provides a representation (called an “annotation file”) for annotations that is outside the source code or the .class file. The tools support both Java 5 annotations, and the type annotations defined in JSR 308. UNIQUE (CHECKER-FRAMEWORK 3.14.0 API) An expression with this type has no aliases. In other words, no other expression, evaluated at the same program point, would evaluate to the exact same object value. NULLNESSANNOTATEDTYPEFACTORY (CHECKER-FRAMEWORK 3.13.0 API) Returns an @EnsuresQualifier annotation for the given field. Returns an empty list if none can be created, because the qualifier has elements/arguments, which @EnsuresQualifier does not support. This implementation makes no assumptions about preconditions THE CHECKER FRAMEWORKTUTORIALTHE CHECKER FRAMEWORK MANUALANNOTATION FILE UTILITIESCHECKER-FRAMEWORK 3.4.1 API The Checker Framework enhances Java's type system to make it more powerful and useful. This lets software developers detect and prevent errors in their Java programs. The Checker Framework includes compiler plug-ins ("checkers") that find bugs or verify their absence. It also permits you to write your own compiler plug-ins. CHECKER FRAMEWORK TUTORIAL The Checker Framework enhances Java's type system to make it more powerful and useful. This lets software developers detect and prevent errors in their Java programs. The Checker Framework includes compiler plug-ins ("checkers") that find bugs or verify their absence. It also permits software developers to write their own compiler plug-ins.CHECKER FRAMEWORK
The Checker Framework is a pluggable type-checking system for Java: It warns you, at compile time, about errors in your programs, beyond those that Java's built-in type-checker does. This document tells you how to get started using the Checker Framework in Eclipse.However, the Checker Framework Eclipse Plugin is no longer supported and is out ofdate.
THE CHECKER FRAMEWORK MANUAL: CUSTOM PLUGGABLE TYPES FOR JAVA The compiler will issue two warnings regarding violation of the semantics of @NonNull. 3.5.2 Example annotated source code . Somelibraries that
CHECKER-FRAMEWORK 3.14.0 API checker-framework 3.13.0 API. Qualifiers for the Compiler Message Key Checker. The implementation of the Fake Enum Checker. Provides a type-checker plug-in for the Interned qualifier that finds (and verifies the absence of) equality-testing and interning errors. CHECKER FRAMEWORK TUTORIAL 1. Spot the null pointer exception Begin by viewing NullnessExample.java. (If you have not already, download the source files for the tutorial.) It is a simple Java program with an CHECKER-FRAMEWORK 3.14.0 API Packages. com.google.errorprone.annotations; org.checkerframework.checker.builder.qual; org.checkerframework.checker.calledmethods; org.checkerframework.checker TYPE ANNOTATIONS (JSR 308) AND THE CHECKER FRAMEWORK The Annotation File Utilities extract annotations from, and write annotations to, .java and .class files. It also provides a representation (called an “annotation file”) for annotations that is outside the source code or the .class file. The tools support both Java 5 annotations, and the type annotations defined in JSR 308. UNIQUE (CHECKER-FRAMEWORK 3.14.0 API) An expression with this type has no aliases. In other words, no other expression, evaluated at the same program point, would evaluate to the exact same object value. NULLNESSANNOTATEDTYPEFACTORY (CHECKER-FRAMEWORK 3.13.0 API) Returns an @EnsuresQualifier annotation for the given field. Returns an empty list if none can be created, because the qualifier has elements/arguments, which @EnsuresQualifier does not support. This implementation makes no assumptions about preconditions CHECKER FRAMEWORK TUTORIAL The Checker Framework enhances Java's type system to make it more powerful and useful. This lets software developers detect and prevent errors in their Java programs. The Checker Framework includes compiler plug-ins ("checkers") that find bugs or verify their absence. It also permits software developers to write their own compiler plug-ins. CHECKER-FRAMEWORK 3.14.0 API checker-framework 3.13.0 API. Qualifiers for the Compiler Message Key Checker. The implementation of the Fake Enum Checker. Provides a type-checker plug-in for the Interned qualifier that finds (and verifies the absence of) equality-testing and interning errors. OVERVIEW (CHECKER-FRAMEWORK 3.13.0 API) checker-framework 3.13.0 API. Qualifiers for the Compiler Message Key Checker. The implementation of the Fake Enum Checker. Provides a type-checker plug-in for the Interned qualifier that finds (and verifies the absence of) equality-testing and interning errors. Contains a simple type-checker plug-in that performs assignment andpseudo
ANNOTATION FILE UTILITIES Installation. The following instructions assume either a Linux or Windows system using a command-line environment. The current release is Annotation File Utilities version . 3.14.0, 01 Jun 2021. Download annotation-tools-3.14.0.zip. Create a directory named annotation-tools by unpacking the distribution zipfile. (You will typically make annotation-tools/ a sibling of checker-framework/.) THE CHECKER FRAMEWORK MANUAL: CUSTOM PLUGGABLE TYPES FOR JAVA 10 Fake Enum Checker for fake enumerations 89 10.1 Fake enum annotations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .89 CHECKER FRAMEWORK TUTORIAL This section of the tutorial is only for those who are interested in writing their own type-checkers. Others may skip this section. Although the Checker Framework ships with many checkers, you may wish to write your own checker because there are other run-time problems you wish to prevent.If you do not wish to write a new type-checker, feel free to skip this section of the tutorial. INITIALIZED (CHECKER-FRAMEWORK 3.13.0 API) This type qualifier belongs to the freedom-before-commitment initialization tracking type-system. This type-system is not used on its own, but in conjunction with some other type-system that wants to ensure safe initialization. ANNOTATIONUTILS (CHECKER-FRAMEWORK 3.13.0 API) Returns the values of an annotation's elements, including defaults. The method with the same name in JavacElements cannot be used directly, because it includes a cast to Attribute.Compound, which doesn't hold for annotations generated by the Checker Framework. This KEYFORANNOTATEDTYPEFACTORY (CHECKER-FRAMEWORK 3.13.0 API) In total, there are 5 ways to indicate annotations that are supported by a checker: Only support annotations located in a checker's qual directory: This is the default behavior. Simply place those annotations within the qual directory. Support annotations located in a checker's qual directory and a list of other annotations: CHECKER FRAMEWORK TUTORIAL This example has already been annotated to prevent the SQL injections. It does this by annotating PersonalBlogService.executeQuery(String) with @Untainted and providing a method, ReadAction.validate(String), to validate the user input. THE CHECKER FRAMEWORKTUTORIALTHE CHECKER FRAMEWORK MANUALANNOTATION FILE UTILITIESCHECKER-FRAMEWORK 3.4.1 API The Checker Framework enhances Java's type system to make it more powerful and useful. This lets software developers detect and prevent errors in their Java programs. The Checker Framework includes compiler plug-ins ("checkers") that find bugs or verify their absence. It also permits you to write your own compiler plug-ins. CHECKER FRAMEWORK TUTORIAL The Checker Framework enhances Java's type system to make it more powerful and useful. This lets software developers detect and prevent errors in their Java programs. The Checker Framework includes compiler plug-ins ("checkers") that find bugs or verify their absence. It also permits software developers to write their own compiler plug-ins.CHECKER FRAMEWORK
The Checker Framework is a pluggable type-checking system for Java: It warns you, at compile time, about errors in your programs, beyond those that Java's built-in type-checker does. This document tells you how to get started using the Checker Framework in Eclipse.However, the Checker Framework Eclipse Plugin is no longer supported and is out ofdate.
THE CHECKER FRAMEWORK MANUAL: CUSTOM PLUGGABLE TYPES FOR JAVAJAVA CHECKER FRAMEWORKNET FRAMEWORK CHECK TOOLNET FRAMEWORK CHECKERNET FRAMEWORK CHECKERNET FRAMEWORK SETUP VERIFICATION UTILITY The compiler will issue two warnings regarding violation of the semantics of @NonNull. 3.5.2 Example annotated source code . Somelibraries that
CHECKER-FRAMEWORK 3.14.0 APICHECKER FRAMEWORK JAVANET FRAMEWORK CHECKERNET FRAMEWORK SETUP VERIFICATION UTILITYJAVA CHECKER FRAMEWORKNET FRAMEWORK CHECK TOOLCHECK FRAMEWORK VERSION INSTALLED checker-framework 3.13.0 API. Qualifiers for the Compiler Message Key Checker. The implementation of the Fake Enum Checker. Provides a type-checker plug-in for the Interned qualifier that finds (and verifies the absence of) equality-testing and interning errors. CHECKER FRAMEWORK TUTORIAL 1. Spot the null pointer exception Begin by viewing NullnessExample.java. (If you have not already, download the source files for the tutorial.) It is a simple Java program with an CHECKER-FRAMEWORK 3.14.0 API Packages. com.google.errorprone.annotations; org.checkerframework.checker.builder.qual; org.checkerframework.checker.calledmethods; org.checkerframework.checker TYPE ANNOTATIONS (JSR 308) AND THE CHECKER FRAMEWORKJAVA CHECKER FRAMEWORKHOW TO CHECK .NET FRAMEWORKNET FRAMEWORK CHECKERDOT NET VERSION CHECKERCHECKER FRAMEWORK JAVA The Annotation File Utilities extract annotations from, and write annotations to, .java and .class files. It also provides a representation (called an “annotation file”) for annotations that is outside the source code or the .class file. The tools support both Java 5 annotations, and the type annotations defined in JSR 308. UNIQUE (CHECKER-FRAMEWORK 3.14.0 API) An expression with this type has no aliases. In other words, no other expression, evaluated at the same program point, would evaluate to the exact same object value. NULLNESSANNOTATEDTYPEFACTORY (CHECKER-FRAMEWORK 3.13.0 API) Returns an @EnsuresQualifier annotation for the given field. Returns an empty list if none can be created, because the qualifier has elements/arguments, which @EnsuresQualifier does not support. This implementation makes no assumptions about preconditions THE CHECKER FRAMEWORKTUTORIALTHE CHECKER FRAMEWORK MANUALANNOTATION FILE UTILITIESCHECKER-FRAMEWORK 3.4.1 API The Checker Framework enhances Java's type system to make it more powerful and useful. This lets software developers detect and prevent errors in their Java programs. The Checker Framework includes compiler plug-ins ("checkers") that find bugs or verify their absence. It also permits you to write your own compiler plug-ins. CHECKER FRAMEWORK TUTORIAL The Checker Framework enhances Java's type system to make it more powerful and useful. This lets software developers detect and prevent errors in their Java programs. The Checker Framework includes compiler plug-ins ("checkers") that find bugs or verify their absence. It also permits software developers to write their own compiler plug-ins.CHECKER FRAMEWORK
The Checker Framework is a pluggable type-checking system for Java: It warns you, at compile time, about errors in your programs, beyond those that Java's built-in type-checker does. This document tells you how to get started using the Checker Framework in Eclipse.However, the Checker Framework Eclipse Plugin is no longer supported and is out ofdate.
THE CHECKER FRAMEWORK MANUAL: CUSTOM PLUGGABLE TYPES FOR JAVAJAVA CHECKER FRAMEWORKNET FRAMEWORK CHECK TOOLNET FRAMEWORK CHECKERNET FRAMEWORK CHECKERNET FRAMEWORK SETUP VERIFICATION UTILITY The compiler will issue two warnings regarding violation of the semantics of @NonNull. 3.5.2 Example annotated source code . Somelibraries that
CHECKER-FRAMEWORK 3.14.0 APICHECKER FRAMEWORK JAVANET FRAMEWORK CHECKERNET FRAMEWORK SETUP VERIFICATION UTILITYJAVA CHECKER FRAMEWORKNET FRAMEWORK CHECK TOOLCHECK FRAMEWORK VERSION INSTALLED checker-framework 3.13.0 API. Qualifiers for the Compiler Message Key Checker. The implementation of the Fake Enum Checker. Provides a type-checker plug-in for the Interned qualifier that finds (and verifies the absence of) equality-testing and interning errors. CHECKER FRAMEWORK TUTORIAL 1. Spot the null pointer exception Begin by viewing NullnessExample.java. (If you have not already, download the source files for the tutorial.) It is a simple Java program with an CHECKER-FRAMEWORK 3.14.0 API Packages. com.google.errorprone.annotations; org.checkerframework.checker.builder.qual; org.checkerframework.checker.calledmethods; org.checkerframework.checker TYPE ANNOTATIONS (JSR 308) AND THE CHECKER FRAMEWORKJAVA CHECKER FRAMEWORKHOW TO CHECK .NET FRAMEWORKNET FRAMEWORK CHECKERDOT NET VERSION CHECKERCHECKER FRAMEWORK JAVA The Annotation File Utilities extract annotations from, and write annotations to, .java and .class files. It also provides a representation (called an “annotation file”) for annotations that is outside the source code or the .class file. The tools support both Java 5 annotations, and the type annotations defined in JSR 308. UNIQUE (CHECKER-FRAMEWORK 3.14.0 API) An expression with this type has no aliases. In other words, no other expression, evaluated at the same program point, would evaluate to the exact same object value. NULLNESSANNOTATEDTYPEFACTORY (CHECKER-FRAMEWORK 3.13.0 API) Returns an @EnsuresQualifier annotation for the given field. Returns an empty list if none can be created, because the qualifier has elements/arguments, which @EnsuresQualifier does not support. This implementation makes no assumptions about preconditions CHECKER FRAMEWORK TUTORIAL The Checker Framework enhances Java's type system to make it more powerful and useful. This lets software developers detect and prevent errors in their Java programs. The Checker Framework includes compiler plug-ins ("checkers") that find bugs or verify their absence. It also permits software developers to write their own compiler plug-ins. CHECKER-FRAMEWORK 3.14.0 API checker-framework 3.13.0 API. Qualifiers for the Compiler Message Key Checker. The implementation of the Fake Enum Checker. Provides a type-checker plug-in for the Interned qualifier that finds (and verifies the absence of) equality-testing and interning errors. OVERVIEW (CHECKER-FRAMEWORK 3.13.0 API) checker-framework 3.13.0 API. Qualifiers for the Compiler Message Key Checker. The implementation of the Fake Enum Checker. Provides a type-checker plug-in for the Interned qualifier that finds (and verifies the absence of) equality-testing and interning errors. Contains a simple type-checker plug-in that performs assignment andpseudo
ANNOTATION FILE UTILITIES Installation. The following instructions assume either a Linux or Windows system using a command-line environment. The current release is Annotation File Utilities version . 3.14.0, 01 Jun 2021. Download annotation-tools-3.14.0.zip. Create a directory named annotation-tools by unpacking the distribution zipfile. (You will typically make annotation-tools/ a sibling of checker-framework/.) THE CHECKER FRAMEWORK MANUAL: CUSTOM PLUGGABLE TYPES FOR JAVA 10 Fake Enum Checker for fake enumerations 89 10.1 Fake enum annotations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .89 CHECKER FRAMEWORK TUTORIAL This section of the tutorial is only for those who are interested in writing their own type-checkers. Others may skip this section. Although the Checker Framework ships with many checkers, you may wish to write your own checker because there are other run-time problems you wish to prevent.If you do not wish to write a new type-checker, feel free to skip this section of the tutorial. INITIALIZED (CHECKER-FRAMEWORK 3.13.0 API) This type qualifier belongs to the freedom-before-commitment initialization tracking type-system. This type-system is not used on its own, but in conjunction with some other type-system that wants to ensure safe initialization. ANNOTATIONUTILS (CHECKER-FRAMEWORK 3.13.0 API) Returns the values of an annotation's elements, including defaults. The method with the same name in JavacElements cannot be used directly, because it includes a cast to Attribute.Compound, which doesn't hold for annotations generated by the Checker Framework. This KEYFORANNOTATEDTYPEFACTORY (CHECKER-FRAMEWORK 3.13.0 API) In total, there are 5 ways to indicate annotations that are supported by a checker: Only support annotations located in a checker's qual directory: This is the default behavior. Simply place those annotations within the qual directory. Support annotations located in a checker's qual directory and a list of other annotations: CHECKER FRAMEWORK TUTORIAL This example has already been annotated to prevent the SQL injections. It does this by annotating PersonalBlogService.executeQuery(String) with @Untainted and providing a method, ReadAction.validate(String), to validate the user input. THE CHECKER FRAMEWORK Are you tired of null pointer exceptions, unintended side effects, SQL injections, concurrency errors, mistaken equality tests, and other run-time errors that appear during testing or in the field? The Checker Framework enhances Java's type system to make it more powerful and useful. This lets software developers detect and prevent errors in their Java programs. The Checker Framework includes compiler plug-ins ("checkers") that find bugs or verify their absence. It also permits you to write your own compiler plug-ins. * Quick start: see the INSTALLATION INSTRUCTIONS AND TUTORIAL.
* Download: checker-framework-3.8.0.zip (1 Dec 2020); includes source, platform-independent binary, tests, and documentation. Then, see the INSTALLATION INSTRUCTIONS AND TUTORIAL.
* Documentation:
* Checker Framework Manual (HTML) * Checker Framework Manual (PDF) * Installation instructions or, try it without installation at the Checker Framework Live Demowebpage
* Tutorial with Nullness Checker, Regex Checker, andTainting checker
(There is also an older external Nullness Checker tutorialwhose setup
information is out of date.) * FAQ (Frequently Asked Questions with answers) * Javadoc API documentation* Changelog
* Source code repository (at GitHub): https://github.com/typetools/checker-framework/ The Checker Framework Manual contains instructions on building fromsource .
Also see the Developer manual.
* Inference tools automatically add annotations to your code, making it even easier to start using the checkers. The Checker Framework manual contains a list of inference tools.
* Optional related tools: * The ANNOTATION FILE UTILITIES extract annotations from, and write annotations to, .java and .class files. It also provides a representation (called an “annotation file”) for annotations that is outside the source code or the .class file. The tools support both Java 5 declaration annotations and Java 8 typeannotations.
* annotation-tools-3.9.15.zip(01 Dec 2020)
* source code repository * Documentation is included in the zip archive and in the repository. * Archive of previous releases of the Checker Framework * Research papers: See the Checker Framework manual ------------------------- SUPPORT AND COMMUNITY If you HAVE A QUESTION, then first see whether your question is answered in one of the manuals listed under Documentation below. If none of those documents answers your question, then use one of themailing lists.
DOCUMENTATION
* Checker Framework Manual (PDF, HTML )
* Installation instructions or, try it without installation at the Checker Framework Live Demowebpage
* Tutorial Other tutorials: * Nullness Checker tutorial(external site,
setup information is out of date) * FAQ (Frequently Asked Questions with answers) * Javadoc API documentation* Changelog
BUG REPORTS
If you encounter a problem, please submit a bug report so that we can fix it. To submit a bug report, read these instructions , and then use the Checker Framework issuetracker .
MAILING LISTS
We welcome questions, suggestions, patches, reports about case studies, and other contributions. Please let us know how we can improve the Checker Framework! * checker-framework-discuss:
for general discussion about the Checker Framework for building pluggable type systems (view archives,
view old archives
)
* checker-framework-dev: to
reach the developers who maintain and extend the Checker Framework(view archives
,
view old archives
)
You can also use the mailing lists to GIVE HELP. Here are just a fewexamples:
* Respond to questions. * Report problems (in the implementation or the documentation) orrequest features.
* Write code, then share your bug fixes, new features, compiler plug-ins, or other improvements. * Make suggestions regarding the specification. Another way to help is to tell your friends and colleagues about the usefulness and practicality of type annotations, or to report your successes to the mailing lists. ------------------------- Last updated: 1 Dec 2020Details
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