HOW TO USE A TXT FILE IN A JAVA JAR FILE CODE
For more information on such code changes, read about source-only ABI generation. Often only a small code change is needed to avoid them. Having source_only_abi_deps prevents Buck from completely flattening the build graph, thus reducing the performance win from source-only ABI generation. Typically such dependencies are added when some property of the code in this rule prevents source-only ABI generation from being correct without these dependencies being present. These are dependencies that must be present during source-only ABI generation. abi_generation_mode (defaults to None) #.Rules listed in this parameter will be added to classpath of rules that depend on this rule, but they will not be included in a binary if binary depends on a such target. This is a combination of provided_deps and exported_deps. exported_provided_deps (defaults to ) #.When this rule is included in a java_library, the provided_deps will not be packaged into the output. Examples of provided_deps include the JEE servlet APIs. These represent dependencies that are known to be provided at run time, but are required in order for the code to compile. Targets in exported_deps are implicitly included in the deps of this rule, so they don't need to be repeated there. a collection of prebuilt_jar rules as a single target for callers to depend on. This is useful when the public API of a rule has return types or checked exceptions that are defined in another rule, which would otherwise require callers to add an extra dependency. Other java_library rules that depend on this rule will also include its exported_deps in their classpaths. This can be used to exclude a member class or delete a local view of a class that will be replaced during a later stage of the build. The pattern matching is based on the name of the class. Specifies a list of Patterns that are used to exclude classes from the JAR.
These arguments follow the ones specified in. List of additional arguments to pass into the Java compiler. Specifies the Java compiler class name to use in tandem with javac_jar. Overrides the value in "javac_jar" in the "tools" section of. The value is a source path (e.g., Only one of "javac_jar" and "javac" may be set for a given rule. Specifies the Java compiler program to use for this rule. Overrides the value in "javac" in the "tools" section of. The value is a source path (e.g., Only one of "javac" and "javac_jar" may be set for a given rule. Setting this and source or target (or both!) is an error. buckconfig.Įquivalent to setting both source and target to the given value.
Overrides the value in "target_level" in the "java" section of. Specifies the version of Java (as a string) for which to generate code. Overrides the value in "source_level" in the "java" section of. Specifies the version of Java (as a string) to interpret source files as. Rules (usually other java_library rules) that are used to generate the classpath required to compile this java_library. For example, if resources_root is "res" and resources contains the file "res/com/example/foo.txt", that file will end up as "com/example/foo.txt" in the output JAR. The path that resources are resolved against. buckconfig to determine where resources should be placed within the generated JAR file. Note: If resources_root isn't set, Buck uses the. These files can be loaded via Class.getResource(). Static files to include with the compiled. This is common when using a genrule to auto-generate some Java source code that needs to be compiled with some hand-written Java code. java will be included as ordinary inputs to compilation.
HOW TO USE A TXT FILE IN A JAVA JAR FILE ZIP FILE
src.zip, then the entries in the ZIP file that end in.
The main output of a java_library() rule is a single JAR file containing all of the compiled class files, as well as the static files specified in the resources argument. A java_library() rule defines a set of Java files that can be compiled together.
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