Examples with ModelConverter us.parr.bookish.translate.ModelConverter used on opensource projects

Example 1 with ModelConverter

use of us.parr.bookish.translate.ModelConverter in project bookish by parrt.

the class Tool method legacy_translate.

// legacy single-doc translation
public Pair<Document, String> legacy_translate(Translator trans, String inputDir, String inputFilename) throws IOException {
    Pair<BookishParser.DocumentContext, BookishParser> results = parseChapter(inputDir, inputFilename, 0);
    trans.entities = results.b.entities;
    // get single chapter
    Document doc = (Document) trans.visit(results.a);
    doc.chapter.connectContainerTree();
    ModelConverter converter = new ModelConverter(trans.templates);
    ST outputST = converter.walk(doc);
    return new Pair<>(doc, outputST.render());
}

Example 2 with ModelConverter

use of us.parr.bookish.translate.ModelConverter in project bookish by parrt.

the class Tool method process.

public void process(String[] args) throws Exception {
    options = handleArgs(args);
    String metadataFilename = option("metadataFilename");
    inputDir = new File(metadataFilename).getParent();
    outputDir = option("o");
    String outFilename;
    Translator trans;
    Target target = (Target) optionO("target");
    ParrtIO.mkdir(outputDir + "/images");
    String snippetsDir = getBuildDir(metadataFilename) + "/snippets";
    ParrtIO.mkdir(snippetsDir);
    if (metadataFilename.endsWith(".md")) {
        // just one file (legacy stuff)
        String inputFilename = metadataFilename;
        Book book = new Book(this, "", "");
        book.entities = new HashMap<>();
        trans = new Translator(book, book.entities, target, outputDir);
        if (target == Target.HTML) {
            outFilename = "index.html";
        } else {
            outFilename = stripFileExtension(basename(inputFilename)) + ".tex";
        }
        Pair<Document, String> results = legacy_translate(trans, inputDir, basename(inputFilename));
        String output = results.b;
        ParrtIO.save(outputDir + "/" + outFilename, output);
        // System.out.println("Wrote "+outputDir+"/"+outFilename);
        copyImages(book, inputDir, outputDir);
        return;
    }
    // otherwise, read and use metadata
    JsonReader jsonReader = Json.createReader(new FileReader(metadataFilename));
    JsonObject metadata = jsonReader.readObject();
    // System.out.println(metadata);
    String title = metadata.getString("title");
    Book book = new Book(this, title, null);
    String author = metadata.getString("author");
    dataDir = metadata.getString("data");
    // Rule paragraph needs blank line on the front
    author = "\n\n" + author;
    trans = new Translator(book, null, target, outputDir);
    book.author = translateString(trans, author, "paragraph");
    String mainOutFilename;
    if (target == Target.HTML) {
        mainOutFilename = "index.html";
    } else {
        mainOutFilename = "book.tex";
    }
    // parse all documents first to get entity defs
    List<BookishParser.DocumentContext> trees = new ArrayList<>();
    List<Map<String, EntityDef>> entities = new ArrayList<>();
    List<List<ExecutableCodeDef>> codeBlocks = new ArrayList<>();
    JsonArray markdownFilenames = metadata.getJsonArray("chapters");
    for (JsonValue f : markdownFilenames) {
        String fname = stripQuotes(f.toString());
        book.filenames.add(fname);
        Pair<BookishParser.DocumentContext, BookishParser> results = parseChapter(inputDir, fname, book.chapCounter);
        book.chapCounter++;
        trees.add(results.a);
        entities.add(results.b.entities);
        codeBlocks.add(results.b.codeBlocks);
    }
    executeCodeSnippets(book, getBuildDir(metadataFilename), codeBlocks);
    // now walk all trees and translate
    List<Document> documents = new ArrayList<>();
    for (int i = 0; i < book.filenames.size(); i++) {
        String fname = book.filenames.get(i);
        BookishParser.DocumentContext tree = trees.get(i);
        Map<String, EntityDef> thisDocsEntities = entities.get(i);
        trans = new Translator(book, thisDocsEntities, target, outputDir);
        // get doc for single chapter
        Document doc = (Document) trans.visit(tree);
        book.addChapterDocument(doc);
        doc.chapter.connectContainerTree();
        ModelConverter converter = new ModelConverter(trans.templates);
        ST outputST = converter.walk(doc);
        // walk all OutputModelObjects created as labeled entities to convert those entities
        // unlabeled entities are done in-line
        ArrayList<String> labels = new ArrayList<>(thisDocsEntities.keySet());
        for (String label : labels) {
            EntityDef def = thisDocsEntities.get(label);
            def.template = converter.walk(def.model);
            if (def.isGloballyVisible()) {
                // move to global space
                book.entities.put(label, def);
                thisDocsEntities.remove(label);
            }
        }
        String output = outputST.render();
        doc.markdownFilename = fname;
        documents.add(doc);
        if (target == Target.HTML) {
            outFilename = stripFileExtension(fname) + ".html";
        } else {
            outFilename = stripFileExtension(fname) + ".tex";
        }
        ParrtIO.save(outputDir + "/" + outFilename, output);
        doc.generatedFilename = outFilename;
    // System.out.println("Wrote "+outputDir+"/"+outFilename);
    }
    ST bookTemplate = trans.templates.getInstanceOf("Book");
    bookTemplate.add("model", book);
    ParrtIO.save(outputDir + "/" + mainOutFilename, bookTemplate.render());
    // System.out.println("Wrote "+outputDir+"/"+mainOutFilename);
    copyImages(book, inputDir, outputDir);
    execCommandLine(String.format("cp -r %s/css %s", inputDir, outputDir));
// copyImages(BUILD_DIR, outputDir);
}

Example 3 with ModelConverter

use of us.parr.bookish.translate.ModelConverter in project bookish by parrt.

the class Tool method translateString.

public String translateString(Translator trans, String markdown, String startRule) throws Exception {
    CharStream input = CharStreams.fromString(markdown);
    BookishLexer lexer = new BookishLexer(input);
    CommonTokenStream tokens = new CommonTokenStream(lexer);
    BookishParser parser = new BookishParser(tokens, null, 0);
    Method startMethod = BookishParser.class.getMethod(startRule, (Class[]) null);
    ParseTree doctree = (ParseTree) startMethod.invoke(parser, (Object[]) null);
    // get single chapter
    OutputModelObject omo = trans.visit(doctree);
    ModelConverter converter = new ModelConverter(trans.templates);
    ST outputST = converter.walk(omo);
    return outputST.render();
}