Examples with Examinable net.kyori.examination.Examinable used on opensource projects

Example 1 with Examinable

use of net.kyori.examination.Examinable in project adventure by KyoriPowered.

the class MiniMessageParser method parseToTree.

@NotNull
RootNode parseToTree(@NotNull final ContextImpl context) {
    final TagResolver combinedResolver = TagResolver.resolver(this.tagResolver, context.extraTags());
    final String processedMessage = context.preProcessor().apply(context.message());
    final Consumer<String> debug = context.debugOutput();
    if (debug != null) {
        debug.accept("Beginning parsing message ");
        debug.accept(processedMessage);
        debug.accept("\n");
    }
    final TokenParser.TagProvider transformationFactory;
    if (debug != null) {
        transformationFactory = (name, args, token) -> {
            try {
                debug.accept("Attempting to match node '");
                debug.accept(name);
                debug.accept("'");
                if (token != null) {
                    debug.accept(" at column ");
                    debug.accept(String.valueOf(token.startIndex()));
                }
                debug.accept("\n");
                @Nullable final Tag transformation = combinedResolver.resolve(name, new ArgumentQueueImpl<>(context, args), context);
                if (transformation == null) {
                    debug.accept("Could not match node '");
                    debug.accept(name);
                    debug.accept("'\n");
                } else {
                    debug.accept("Successfully matched node '");
                    debug.accept(name);
                    debug.accept("' to tag ");
                    debug.accept(transformation instanceof Examinable ? ((Examinable) transformation).examinableName() : transformation.getClass().getName());
                    debug.accept("\n");
                }
                return transformation;
            } catch (final ParsingException e) {
                if (token != null && e instanceof ParsingExceptionImpl) {
                    final ParsingExceptionImpl impl = (ParsingExceptionImpl) e;
                    if (impl.tokens().length == 0) {
                        impl.tokens(new Token[] { token });
                    }
                }
                debug.accept("Could not match node '");
                debug.accept(name);
                debug.accept("' - ");
                debug.accept(e.getMessage());
                debug.accept("\n");
                return null;
            }
        };
    } else {
        transformationFactory = (name, args, token) -> {
            try {
                return combinedResolver.resolve(name, new ArgumentQueueImpl<>(context, args), context);
            } catch (final ParsingException ignored) {
                return null;
            }
        };
    }
    final Predicate<String> tagNameChecker = name -> {
        final String sanitized = TokenParser.TagProvider.sanitizePlaceholderName(name);
        return combinedResolver.has(sanitized);
    };
    final String preProcessed = TokenParser.resolvePreProcessTags(processedMessage, transformationFactory);
    context.message(preProcessed);
    // Then, once MiniMessage placeholders have been inserted, we can do the real parse
    final RootNode root = TokenParser.parse(transformationFactory, tagNameChecker, preProcessed, processedMessage, context.strict());
    if (debug != null) {
        debug.accept("Text parsed into element tree:\n");
        debug.accept(root.toString());
    }
    return root;
}

Example 2 with Examinable

use of net.kyori.examination.Examinable in project adventure by KyoriPowered.

the class MiniMessageParser method parseToTree.

@NotNull
RootNode parseToTree(@NotNull final String richMessage, @NotNull final ContextImpl context) {
    final TagResolver combinedResolver = TagResolver.resolver(this.tagResolver, context.extraTags());
    final Consumer<String> debug = context.debugOutput();
    if (debug != null) {
        debug.accept("Beginning parsing message ");
        debug.accept(richMessage);
        debug.accept("\n");
    }
    final TokenParser.TagProvider transformationFactory;
    if (debug != null) {
        transformationFactory = (name, args, token) -> {
            try {
                debug.accept("Attempting to match node '");
                debug.accept(name);
                debug.accept("'");
                if (token != null) {
                    debug.accept(" at column ");
                    debug.accept(String.valueOf(token.startIndex()));
                }
                debug.accept("\n");
                @Nullable final Tag transformation = combinedResolver.resolve(name, new ArgumentQueueImpl<>(context, args), context);
                if (transformation == null) {
                    debug.accept("Could not match node '");
                    debug.accept(name);
                    debug.accept("'\n");
                } else {
                    debug.accept("Successfully matched node '");
                    debug.accept(name);
                    debug.accept("' to tag ");
                    debug.accept(transformation instanceof Examinable ? ((Examinable) transformation).examinableName() : transformation.getClass().getName());
                    debug.accept("\n");
                }
                return transformation;
            } catch (final ParsingException e) {
                if (token != null && e instanceof ParsingExceptionImpl) {
                    final ParsingExceptionImpl impl = (ParsingExceptionImpl) e;
                    if (impl.tokens().length == 0) {
                        impl.tokens(new Token[] { token });
                    }
                }
                debug.accept("Could not match node '");
                debug.accept(name);
                debug.accept("' - ");
                debug.accept(e.getMessage());
                debug.accept("\n");
                return null;
            }
        };
    } else {
        transformationFactory = (name, args, token) -> {
            try {
                return combinedResolver.resolve(name, new ArgumentQueueImpl<>(context, args), context);
            } catch (final ParsingException ignored) {
                return null;
            }
        };
    }
    final Predicate<String> tagNameChecker = name -> {
        final String sanitized = TokenParser.TagProvider.sanitizePlaceholderName(name);
        return combinedResolver.has(sanitized);
    };
    final String preProcessed = TokenParser.resolvePreProcessTags(richMessage, transformationFactory);
    context.message(preProcessed);
    // Then, once MiniMessage placeholders have been inserted, we can do the real parse
    final RootNode root = TokenParser.parse(transformationFactory, tagNameChecker, preProcessed, richMessage, context.strict());
    if (debug != null) {
        debug.accept("Text parsed into element tree:\n");
        debug.accept(root.toString());
    }
    return root;
}