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!7

!include #1028186 // new LineCompCompressor

cprint CompressorSpike {
  switchable S snippetID = #1020763;
  LinkedHashMap<S> versions;
  
  start-thread {
    print("Snippet ID: " + snippetID);
    dm_onFieldChange snippetID(r { setField(versions := null); dm_reload() });
    if (versions == null) {
      versions = mapToLinkedHashMap(reversed(textChangesOfSnippet(snippetID)), sv -> pair(str(sv.versionID), sv.previousValue));
      versions.put("latest", loadSnippet(snippetID));
      versions = mapValuesToLinkedHashMap toLinesAndBack(versions); // canonicalize line breaks
      change();
    }
    print("Have " + nVersions(versions) + " with a total of " + nLines(totalLineCount(values(versions))));
    
    LineCompCompressor compressor = new(versions);
    compressor.verify = true;
    compressor.run();
    
    S out = compressor.asText();
    printWithPrecedingNL(out);
    File file = saveTextFile_infoBox(javaxDataDir("Compressed Snippet Version History/versions-of-" + psI(snippetID) + ".linecomp"), out);
    print(renderFileInfo(gzipFile(file)));
      
    // Make .zip and .tgz for comparison
    File zipFile = replaceFileExtension(file, ".zip");
    {
      temp ZipOutputStream zipOut = zipOutputStream(zipFile);
      for (S id, text : versions)
        zip_addTextFile(zipOut, id, text);
    }
    printFileInfo(zipFile);
    
    File tgzFile = replaceFileExtension(file, ".tgz");
    zip2tgz(zipFile, tgzFile);
    printFileInfo(tgzFile);
    
    checkDecompression(file, mapValues lines(versions));
  }
  
  void checkDecompression(File file, Map<S, LS> textIDToLines) {
    temp BufferedReader reader = bufferedUtf8Reader(file);
    LineCompReader lcr = new(reader);
    assertEquals(keysList(textIDToLines), asList(lcr.versions()));
    for (S version : keys(textIDToLines))
      assertEquals(lcr.textForVersion(version), lines_rtrim(textIDToLines.get(version)));
    print("Decompression OK for " + nVersions(textIDToLines));
  }
}