main.usage.summary=\
Usage: {0} <options> <path ...>]\n\
use --help for a list of possible options

main.usage=\
Usage: {0} <options> <path ...>]\n\
<path> can be a pathname to a .class file, a directory, a JAR file.\n\
\n\
Possible options include:

error.prefix=Error:
warn.prefix=Warning:

main.opt.h=\
\  -h -? --help                  Print this help message

main.opt.version=\
\  -version --version            Version information

main.opt.v=\
\  -v       -verbose             Print all class level dependences\n\
\                                Equivalent to -verbose:class -filter:none.\n\
\  -verbose:package              Print package-level dependences excluding\n\
\                                dependences within the same package by default\n\
\  -verbose:class                Print class-level dependences excluding\n\
\                                dependences within the same package by default

main.opt.s=\
\  -s       -summary             Print dependency summary only.

main.opt.f=\
\  -f <regex> -filter <regex>    Filter dependences matching the given\n\
\                                pattern. If given multiple times, the last\n\
\                                one will be used.\n\
\  -filter:package               Filter dependences within the same package.\n\
\                                This is the default.\n\
\  -filter:archive               Filter dependences within the same archive.\n\
\  -filter:module                Filter dependences within the same module.\n\
\  -filter:none                  No -filter:package and -filter:archive\n\
\                                filtering.  Filtering specified via the\n\
\                                -filter option still applies.\n\

main.opt.p=\n\
\Options to filter dependences:\n\
\  -p <pkg>\n\
\  -package <pkg>\n\
\  --package <pkg>               Finds dependences matching the given package\n\
\                                name (may be given multiple times).

main.opt.e=\
\  -e <regex>\n\
\  -regex <regex>\n\
\  --regex <regex>               Finds dependences matching the given pattern.

main.opt.require=\
\  --require <module-name>       Finds dependences matching the given module\n\
\                                name (may be given multiple times). --package,\n\
\                                --regex, --require are mutual exclusive.

main.opt.missing-deps=\
\  --missing-deps                Finds missing dependences.  This option\n\
\                                cannot be used with -p, -e and -s options.

main.opt.ignore-missing-deps=\
\  --ignore-missing-deps         Ignore missing dependences.

main.opt.include=\n\
 \Options to filter classes to be analyzed:\n\
\  -include <regex>              Restrict analysis to classes matching pattern\n\
\                                This option filters the list of classes to\n\
\                                be analyzed.  It can be used together with\n\
\                                -p and -e which apply pattern to the dependences

main.opt.P=\
\  -P       -profile             Show profile containing a package

main.opt.cp=\
\  -cp <path>\n\
\  -classpath <path>\n\
\  --class-path <path>           Specify where to find class files

main.opt.module-path=\
\  --module-path <module path>   Specify module path

main.opt.upgrade-module-path=\
\  --upgrade-module-path <module path>  Specify upgrade module path

main.opt.system=\
\  --system <java-home>          Specify an alternate system module path

main.opt.add-modules=\
\  --add-modules <module-name>[,<module-name>...]\n\
\                                Adds modules to the root set for analysis

main.opt.R=\
\  -R\n\
\  --recursive                   Recursively traverse all run-time dependences.\n\
\                                The -R option implies -filter:none.  If -p,\n\
\                                -e, -f option is specified, only the matching\n\
\                                dependences are analyzed.

main.opt.no-recursive=\
\  --no-recursive                Do not recursively traverse dependences.

main.opt.I=\
\  -I\n\
\  --inverse                     Analyzes the dependences per other given options\n\
\                                and then find all artifacts that directly\n\
\                                and indirectly depend on the matching nodes.\n\
\                                This is equivalent to the inverse of\n\
\                                compile-time view analysis and print\n\
\                                dependency summary.  This option must use\n\
\                                with --require, --package or --regex option.

main.opt.compile-time=\
\  --compile-time                Compile-time view of transitive dependences\n\
\                                i.e. compile-time view of -R option.\n\
\                                Analyzes the dependences per other given options\n\
\                                If a dependence is found from a directory,\n\
\                                a JAR file or a module, all classes in that \n\
\                                containing archive are analyzed.

main.opt.apionly=\
\  -apionly\n\
\  --api-only                    Restrict analysis to APIs i.e. dependences\n\
\                                from the signature of public and protected\n\
\                                members of public classes including field\n\
\                                type, method parameter types, returned type,\n\
\                                checked exception types etc.

main.opt.m=\n\
\Module dependence analysis options:\n\
\  -m <module-name>\n\
\  --module <module-name>        Specify the root module for analysis

main.opt.generate-module-info=\
\  --generate-module-info <dir>  Generate module-info.java under the specified\n\
\                                directory. The specified JAR files will be\n\
\                                analyzed. This option cannot be used with\n\
\                                --dot-output or --class-path. Use \n\
\                                --generate-open-module option for open modules.

main.opt.generate-open-module=\
\  --generate-open-module <dir>  Generate module-info.java for the specified\n\
\                                JAR files under the specified directory as\n\
\                                open modules. This option cannot be used with\n\
\                                --dot-output or --class-path.

main.opt.check=\
\  --check <module-name>[,<module-name>...\n\
\                                Analyze the dependence of the specified modules\n\
\                                It prints the module descriptor, the resulting\n\
\                                module dependences after analysis and the\n\
\                                graph after transition reduction.  It also\n\
\                                identifies any unused qualified exports.

main.opt.dotoutput=\
\  -dotoutput <dir>\n\
\  --dot-output <dir>            Destination directory for DOT file output

main.opt.jdkinternals=\
\  -jdkinternals\n\
\  --jdk-internals               Finds class-level dependences on JDK internal\n\
\                                APIs. By default, it analyzes all classes\n\
\                                on --class-path and input files unless -include\n\
\                                option is specified. This option cannot be\n\
\                                used with -p, -e and -s options.\n\
\                                WARNING: JDK internal APIs are inaccessible.

main.opt.list-deps=\
\  --list-deps                   Lists the module dependences.  It also prints\n\
\                                any internal API packages if referenced.\n\
\                                This option transitively analyzes libraries on\n\
\                                class path and module path if referenced.\n\
\                                Use --no-recursive option for non-transitive\n\
\                                dependency analysis.

main.opt.list-reduced-deps=\
\  --list-reduced-deps           Same as --list-deps with not listing\n\
\                                the implied reads edges from the module graph.\n\
\                                If module M1 reads M2, and M2 requires\n\
\                                transitive on M3, then M1 reading M3 is implied\n\
\                                and is not shown in the graph.

main.opt.print-module-deps=\
\  --print-module-deps           Same as --list-reduced-deps with printing\n\
\                                a comma-separated list of module dependences.\n\
\                                This output can be used by jlink --add-modules\n\
\                                in order to create a custom image containing\n\
\                                those modules and their transitive dependences.

main.opt.depth=\
\  -depth=<depth>                Specify the depth of the transitive\n\
\                                dependency analysis

main.opt.q=\
\  -q       -quiet               Suppress warning messages

main.opt.multi-release=\
\  --multi-release <version>     Specifies the version when processing\n\
\                                multi-release jar files.  <version> should\n\
\                                be integer >= 9 or base.

err.command.set={0} and {1} options are specified.
err.unknown.option=unknown option: {0}
err.missing.arg=no value given for {0}
err.missing.dependences=missing dependencies
err.invalid.arg.for.option=invalid argument for option: {0}
err.option.after.class=option must be specified before classes: {0}
err.genmoduleinfo.not.jarfile={0} is a modular JAR file that cannot be specified with the --generate-module-info option
err.genmoduleinfo.unnamed.package={0} contains an unnamed package that is not allowed in a module
err.profiles.msg=No profile information
err.exception.message={0}
err.invalid.path=invalid path: {0}
err.invalid.options={0} cannot be used with {1} option
err.module.not.found=module not found: {0}
err.root.module.not.set=root module set empty
err.option.already.specified={0} option specified more than once.
err.filter.not.specified=--package (-p), --regex (-e), --require option must be specified
err.multirelease.option.exists={0} is not a multi-release jar file but --multi-release option is set
err.multirelease.option.notfound={0} is a multi-release jar file but --multi-release option is not set
err.multirelease.version.associated=class {0} already associated with version {1}, trying to add version {2}
err.multirelease.jar.malformed=malformed multi-release jar, {0}, bad entry: {1}
err.cant.list.module.deps=\
Missing dependencies from the module path and classpath.\n\
To suppress this error, use --ignore-missing-deps to continue.

warn.invalid.arg=Path does not exist: {0}
warn.skipped.entry={0}
warn.split.package=split package: {0} {1}
warn.replace.useJDKInternals=\
JDK internal APIs are unsupported and private to JDK implementation that are\n\
subject to be removed or changed incompatibly and could break your application.\n\
Please modify your code to eliminate dependence on any JDK internal APIs.\n\
For the most recent update on JDK internal API replacements, please check:\n\
{0}

inverse.transitive.dependencies.on=Inverse transitive dependences on {0}
inverse.transitive.dependencies.matching=Inverse transitive dependences matching {0}
internal.api.column.header=JDK Internal API
public.api.replacement.column.header=Suggested Replacement
artifact.not.found=not found
jdeps.wiki.url=https://wiki.openjdk.java.net/display/JDK8/Java+Dependency+Analysis+Tool