Java Code Examples for org.jline.utils.AttributedStringBuilder#style()

@Override
public PromptHandler getPromptHandler(SqlLine sqlLine) {
    if (config.hasPath(PROMPT_WITH_SCHEMA) && config.getBoolean(PROMPT_WITH_SCHEMA)) {
        return new PromptHandler(sqlLine) {
            @Override
            protected AttributedString getDefaultPrompt(int connectionIndex, String url, String defaultPrompt) {
                AttributedStringBuilder builder = new AttributedStringBuilder();
                builder.style(resolveStyle("f:y"));
                builder.append("lealone");

                ConnectionMetadata meta = sqlLine.getConnectionMetadata();

                String currentSchema = meta.getCurrentSchema();
                if (currentSchema != null) {
                    builder.append(" (").append(currentSchema).append(")");
                }
                return builder.style(resolveStyle("default")).append("> ").toAttributedString();
            }
        };
    }
    return super.getPromptHandler(sqlLine);
}
 

@Override
protected List<AttributedString> computeMainHeaderLines() {
	final AttributedStringBuilder schemaHeader = new AttributedStringBuilder();

	// add change column
	schemaHeader.append(' ');
	schemaHeader.style(AttributedStyle.DEFAULT.underline());
	schemaHeader.append("+/-");
	schemaHeader.style(AttributedStyle.DEFAULT);

	Arrays.stream(resultDescriptor.getResultSchema().getFieldNames()).forEach(s -> {
		schemaHeader.append(' ');
		schemaHeader.style(AttributedStyle.DEFAULT.underline());
		normalizeColumn(schemaHeader, s, MAX_COLUMN_WIDTH);
		schemaHeader.style(AttributedStyle.DEFAULT);
	});

	return Collections.singletonList(schemaHeader.toAttributedString());
}
 

@Override
protected List<AttributedString> computeMainHeaderLines() {
	final AttributedStringBuilder schemaHeader = new AttributedStringBuilder();

	// add change column
	schemaHeader.append(' ');
	schemaHeader.style(AttributedStyle.DEFAULT.underline());
	schemaHeader.append("+/-");
	schemaHeader.style(AttributedStyle.DEFAULT);

	Arrays.stream(resultDescriptor.getResultSchema().getFieldNames()).forEach(s -> {
		schemaHeader.append(' ');
		schemaHeader.style(AttributedStyle.DEFAULT.underline());
		normalizeColumn(schemaHeader, s, MAX_COLUMN_WIDTH);
		schemaHeader.style(AttributedStyle.DEFAULT);
	});

	return Collections.singletonList(schemaHeader.toAttributedString());
}
 

@Override
protected List<AttributedString> computeMainHeaderLines() {
	final AttributedStringBuilder schemaHeader = new AttributedStringBuilder();

	// add change column
	schemaHeader.append(' ');
	schemaHeader.style(AttributedStyle.DEFAULT.underline());
	schemaHeader.append("+/-");
	schemaHeader.style(AttributedStyle.DEFAULT);

	Arrays.stream(resultDescriptor.getResultSchema().getFieldNames()).forEach(s -> {
		schemaHeader.append(' ');
		schemaHeader.style(AttributedStyle.DEFAULT.underline());
		normalizeColumn(schemaHeader, s, MAX_COLUMN_WIDTH);
		schemaHeader.style(AttributedStyle.DEFAULT);
	});

	return Collections.singletonList(schemaHeader.toAttributedString());
}
 

@Override
protected List<AttributedString> computeMainLines() {
	final List<AttributedString> lines = new ArrayList<>();

	int lineIdx = 0;
	for (String[] line : results) {
		final AttributedStringBuilder row = new AttributedStringBuilder();

		// highlight selected row
		if (lineIdx == selectedRow) {
			row.style(AttributedStyle.DEFAULT.inverse());
		}

		for (int colIdx = 0; colIdx < line.length; colIdx++) {
			final String col = line[colIdx];
			final int columnWidth = computeColumnWidth(colIdx);

			row.append(' ');
			// check if value was present before last update, if not, highlight it
			// we don't highlight if the retrieval stopped
			// both inverse and bold together do not work correctly
			if (previousResults != null && lineIdx != selectedRow && refreshThread.isRunning &&
					(lineIdx >= previousResults.size() || !col.equals(previousResults.get(lineIdx)[colIdx]))) {
				row.style(AttributedStyle.BOLD);
				normalizeColumn(row, col, columnWidth);
				row.style(AttributedStyle.DEFAULT);
			} else {
				normalizeColumn(row, col, columnWidth);
			}
		}
		lines.add(row.toAttributedString());

		lineIdx++;
	}

	return lines;
}
 

private AttributedString computeTitleLine() {
	final String title = getTitle();
	final AttributedStringBuilder titleLine = new AttributedStringBuilder();
	titleLine.style(AttributedStyle.INVERSE);
	final int totalMargin = width - title.length();
	final int margin = totalMargin / 2;
	repeatChar(titleLine, ' ', margin);
	titleLine.append(title);
	repeatChar(titleLine, ' ', margin + (totalMargin % 2));
	return titleLine.toAttributedString();
}
 

@Override
protected List<AttributedString> computeMainLines() {
	final List<AttributedString> lines = new ArrayList<>();

	int lineIdx = 0;
	for (String[] line : results) {
		final AttributedStringBuilder row = new AttributedStringBuilder();

		// highlight selected row
		if (lineIdx == selectedRow) {
			row.style(AttributedStyle.DEFAULT.inverse());
		}

		for (int colIdx = 0; colIdx < line.length; colIdx++) {
			final String col = line[colIdx];
			final int columnWidth = computeColumnWidth(colIdx);

			row.append(' ');
			// check if value was present before last update, if not, highlight it
			// we don't highlight if the retrieval stopped
			// both inverse and bold together do not work correctly
			if (previousResults != null && lineIdx != selectedRow && refreshThread.isRunning &&
					(lineIdx >= previousResults.size() || !col.equals(previousResults.get(lineIdx)[colIdx]))) {
				row.style(AttributedStyle.BOLD);
				normalizeColumn(row, col, columnWidth);
				row.style(AttributedStyle.DEFAULT);
			} else {
				normalizeColumn(row, col, columnWidth);
			}
		}
		lines.add(row.toAttributedString());

		lineIdx++;
	}

	return lines;
}
 

@Override
protected List<AttributedString> computeMainLines() {
	final List<AttributedString> lines = new ArrayList<>();

	// space
	IntStream.range(0, getVisibleMainHeight() / 2 - 2).forEach((i) -> lines.add(AttributedString.EMPTY));

	// title
	lines.add(new AttributedString(CliStrings.DEFAULT_MARGIN + inputTitle));

	// input line
	final AttributedStringBuilder inputLine = new AttributedStringBuilder();
	inputLine.append(CliStrings.DEFAULT_MARGIN + "> ");
	final String input = currentInput.toString();
	// add string left of cursor
	inputLine.append(currentInput.substring(0, cursorPos));
	inputLine.style(AttributedStyle.DEFAULT.inverse().blink());
	if (cursorPos < input.length()) {
		inputLine.append(input.charAt(cursorPos));
		inputLine.style(AttributedStyle.DEFAULT);
		inputLine.append(input.substring(cursorPos + 1, input.length()));
	} else {
		inputLine.append(' '); // show the cursor at the end
	}

	lines.add(inputLine.toAttributedString());

	// isError
	if (isError) {
		final AttributedStringBuilder errorLine = new AttributedStringBuilder();
		errorLine.style(AttributedStyle.DEFAULT.foreground(AttributedStyle.RED));
		errorLine.append(CliStrings.DEFAULT_MARGIN + CliStrings.INPUT_ERROR);
		lines.add(AttributedString.EMPTY);
		lines.add(errorLine.toAttributedString());
	}

	return lines;
}
 

@Override
protected List<AttributedString> computeHeaderLines() {

	final AttributedStringBuilder statusLine = new AttributedStringBuilder();
	statusLine.style(AttributedStyle.INVERSE);
	// left
	final String left;
	if (isRetrieving()) {
		left = CliStrings.DEFAULT_MARGIN + CliStrings.RESULT_REFRESH_INTERVAL + ' ' + REFRESH_INTERVALS.get(refreshInterval).f0;
	} else {
		left = CliStrings.DEFAULT_MARGIN + CliStrings.RESULT_STOPPED;
	}

	// right
	final String right;
	if (lastRetrieval == null) {
		right = CliStrings.RESULT_LAST_REFRESH + ' ' + CliStrings.RESULT_REFRESH_UNKNOWN + CliStrings.DEFAULT_MARGIN;
	} else {
		right = CliStrings.RESULT_LAST_REFRESH + ' ' + lastRetrieval.format(TIME_FORMATTER) + CliStrings.DEFAULT_MARGIN;
	}
	// all together
	final int middleSpace = getWidth() - left.length() - right.length();
	statusLine.append(left);
	repeatChar(statusLine, ' ', middleSpace);
	statusLine.append(right);

	return Arrays.asList(statusLine.toAttributedString(), AttributedString.EMPTY);
}
 

public static List<AttributedString> formatTwoLineHelpOptions(int width, List<Tuple2<String, String>> options) {
	final AttributedStringBuilder line1 = new AttributedStringBuilder();
	final AttributedStringBuilder line2 = new AttributedStringBuilder();

	// we assume that every options has not more than 11 characters (+ key and space)
	final int columns = (int) Math.ceil(((double) options.size()) / 2);
	final int space = (width - CliStrings.DEFAULT_MARGIN.length() - columns * 13) / columns;
	final Iterator<Tuple2<String, String>> iter = options.iterator();
	while (iter.hasNext()) {
		// first line
		Tuple2<String, String> option = iter.next();
		line1.style(AttributedStyle.DEFAULT.inverse());
		line1.append(option.f0);
		line1.style(AttributedStyle.DEFAULT);
		line1.append(' ');
		line1.append(option.f1);
		repeatChar(line1, ' ', (11 - option.f1.length()) + space);
		// second line
		if (iter.hasNext()) {
			option = iter.next();
			line2.style(AttributedStyle.DEFAULT.inverse());
			line2.append(option.f0);
			line2.style(AttributedStyle.DEFAULT);
			line2.append(' ');
			line2.append(option.f1);
			repeatChar(line2, ' ', (11 - option.f1.length()) + space);
		}
	}

	return Arrays.asList(line1.toAttributedString(), line2.toAttributedString());
}
 

@Override
protected List<AttributedString> computeMainLines() {
	final List<AttributedString> lines = new ArrayList<>();

	// space
	IntStream.range(0, getVisibleMainHeight() / 2 - 2).forEach((i) -> lines.add(AttributedString.EMPTY));

	// title
	lines.add(new AttributedString(CliStrings.DEFAULT_MARGIN + inputTitle));

	// input line
	final AttributedStringBuilder inputLine = new AttributedStringBuilder();
	inputLine.append(CliStrings.DEFAULT_MARGIN + "> ");
	final String input = currentInput.toString();
	// add string left of cursor
	inputLine.append(currentInput.substring(0, cursorPos));
	inputLine.style(AttributedStyle.DEFAULT.inverse().blink());
	if (cursorPos < input.length()) {
		inputLine.append(input.charAt(cursorPos));
		inputLine.style(AttributedStyle.DEFAULT);
		inputLine.append(input.substring(cursorPos + 1, input.length()));
	} else {
		inputLine.append(' '); // show the cursor at the end
	}

	lines.add(inputLine.toAttributedString());

	// isError
	if (isError) {
		final AttributedStringBuilder errorLine = new AttributedStringBuilder();
		errorLine.style(AttributedStyle.DEFAULT.foreground(AttributedStyle.RED));
		errorLine.append(CliStrings.DEFAULT_MARGIN + CliStrings.INPUT_ERROR);
		lines.add(AttributedString.EMPTY);
		lines.add(errorLine.toAttributedString());
	}

	return lines;
}
 

public static List<AttributedString> formatTwoLineHelpOptions(int width, List<Tuple2<String, String>> options) {
	final AttributedStringBuilder line1 = new AttributedStringBuilder();
	final AttributedStringBuilder line2 = new AttributedStringBuilder();

	// we assume that every options has not more than 11 characters (+ key and space)
	final int columns = (int) Math.ceil(((double) options.size()) / 2);
	final int space = (width - CliStrings.DEFAULT_MARGIN.length() - columns * 13) / columns;
	final Iterator<Tuple2<String, String>> iter = options.iterator();
	while (iter.hasNext()) {
		// first line
		Tuple2<String, String> option = iter.next();
		line1.style(AttributedStyle.DEFAULT.inverse());
		line1.append(option.f0);
		line1.style(AttributedStyle.DEFAULT);
		line1.append(' ');
		line1.append(option.f1);
		repeatChar(line1, ' ', (11 - option.f1.length()) + space);
		// second line
		if (iter.hasNext()) {
			option = iter.next();
			line2.style(AttributedStyle.DEFAULT.inverse());
			line2.append(option.f0);
			line2.style(AttributedStyle.DEFAULT);
			line2.append(' ');
			line2.append(option.f1);
			repeatChar(line2, ' ', (11 - option.f1.length()) + space);
		}
	}

	return Arrays.asList(line1.toAttributedString(), line2.toAttributedString());
}
 

@Override
protected List<AttributedString> computeMainLines() {
	final List<AttributedString> lines = new ArrayList<>();

	// space
	IntStream.range(0, getVisibleMainHeight() / 2 - 2).forEach((i) -> lines.add(AttributedString.EMPTY));

	// title
	lines.add(new AttributedString(CliStrings.DEFAULT_MARGIN + inputTitle));

	// input line
	final AttributedStringBuilder inputLine = new AttributedStringBuilder();
	inputLine.append(CliStrings.DEFAULT_MARGIN + "> ");
	final String input = currentInput.toString();
	// add string left of cursor
	inputLine.append(currentInput.substring(0, cursorPos));
	inputLine.style(AttributedStyle.DEFAULT.inverse().blink());
	if (cursorPos < input.length()) {
		inputLine.append(input.charAt(cursorPos));
		inputLine.style(AttributedStyle.DEFAULT);
		inputLine.append(input.substring(cursorPos + 1, input.length()));
	} else {
		inputLine.append(' '); // show the cursor at the end
	}

	lines.add(inputLine.toAttributedString());

	// isError
	if (isError) {
		final AttributedStringBuilder errorLine = new AttributedStringBuilder();
		errorLine.style(AttributedStyle.DEFAULT.foreground(AttributedStyle.RED));
		errorLine.append(CliStrings.DEFAULT_MARGIN + CliStrings.INPUT_ERROR);
		lines.add(AttributedString.EMPTY);
		lines.add(errorLine.toAttributedString());
	}

	return lines;
}
 

public static List<AttributedString> formatTwoLineHelpOptions(int width, List<Tuple2<String, String>> options) {
	final AttributedStringBuilder line1 = new AttributedStringBuilder();
	final AttributedStringBuilder line2 = new AttributedStringBuilder();

	// we assume that every options has not more than 11 characters (+ key and space)
	final int columns = (int) Math.ceil(((double) options.size()) / 2);
	final int space = (width - CliStrings.DEFAULT_MARGIN.length() - columns * 13) / columns;
	final Iterator<Tuple2<String, String>> iter = options.iterator();
	while (iter.hasNext()) {
		// first line
		Tuple2<String, String> option = iter.next();
		line1.style(AttributedStyle.DEFAULT.inverse());
		line1.append(option.f0);
		line1.style(AttributedStyle.DEFAULT);
		line1.append(' ');
		line1.append(option.f1);
		repeatChar(line1, ' ', (11 - option.f1.length()) + space);
		// second line
		if (iter.hasNext()) {
			option = iter.next();
			line2.style(AttributedStyle.DEFAULT.inverse());
			line2.append(option.f0);
			line2.style(AttributedStyle.DEFAULT);
			line2.append(' ');
			line2.append(option.f1);
			repeatChar(line2, ' ', (11 - option.f1.length()) + space);
		}
	}

	return Arrays.asList(line1.toAttributedString(), line2.toAttributedString());
}
 

@Override
protected List<AttributedString> computeMainLines() {
	final List<AttributedString> lines = new ArrayList<>();

	int lineIdx = 0;
	for (String[] line : results) {
		final AttributedStringBuilder row = new AttributedStringBuilder();

		// highlight selected row
		if (lineIdx == selectedRow) {
			row.style(AttributedStyle.DEFAULT.inverse());
		}

		for (int colIdx = 0; colIdx < line.length; colIdx++) {
			final String col = line[colIdx];
			final int columnWidth = computeColumnWidth(colIdx);

			row.append(' ');
			// check if value was present before last update, if not, highlight it
			// we don't highlight if the retrieval stopped
			// both inverse and bold together do not work correctly
			if (previousResults != null && lineIdx != selectedRow && refreshThread.isRunning &&
					(lineIdx >= previousResults.size() || !col.equals(previousResults.get(lineIdx)[colIdx]))) {
				row.style(AttributedStyle.BOLD);
				normalizeColumn(row, col, columnWidth);
				row.style(AttributedStyle.DEFAULT);
			} else {
				normalizeColumn(row, col, columnWidth);
			}
		}
		lines.add(row.toAttributedString());

		lineIdx++;
	}

	return lines;
}
 

private static void renderErrorLocation(String query, ErrorLocation location, PrintStream out)
{
    List<String> lines = ImmutableList.copyOf(Splitter.on('\n').split(query).iterator());

    String errorLine = lines.get(location.getLineNumber() - 1);
    String good = errorLine.substring(0, location.getColumnNumber() - 1);
    String bad = errorLine.substring(location.getColumnNumber() - 1);

    if ((location.getLineNumber() == lines.size()) && bad.trim().isEmpty()) {
        bad = " <EOF>";
    }

    if (REAL_TERMINAL) {
        AttributedStringBuilder builder = new AttributedStringBuilder();

        builder.style(DEFAULT.foreground(CYAN));
        for (int i = 1; i < location.getLineNumber(); i++) {
            builder.append(lines.get(i - 1)).append("\n");
        }
        builder.append(good);

        builder.style(DEFAULT.foreground(RED));
        builder.append(bad).append("\n");
        for (int i = location.getLineNumber(); i < lines.size(); i++) {
            builder.append(lines.get(i)).append("\n");
        }

        builder.style(DEFAULT);
        out.print(builder.toAnsi());
    }
    else {
        String prefix = format("LINE %s: ", location.getLineNumber());
        String padding = Strings.repeat(" ", prefix.length() + (location.getColumnNumber() - 1));
        out.println(prefix + errorLine);
        out.println(padding + "^");
    }
}
 

@Override
protected List<AttributedString> computeHeaderLines() {

	final AttributedStringBuilder statusLine = new AttributedStringBuilder();
	statusLine.style(AttributedStyle.INVERSE);
	// left
	final String left;
	if (isRetrieving()) {
		left = CliStrings.DEFAULT_MARGIN + CliStrings.RESULT_REFRESH_INTERVAL + ' ' + REFRESH_INTERVALS.get(refreshInterval).f0;
	} else {
		left = CliStrings.DEFAULT_MARGIN + CliStrings.RESULT_STOPPED;
	}

	// right
	final String right;
	if (lastRetrieval == null) {
		right = CliStrings.RESULT_LAST_REFRESH + ' ' + CliStrings.RESULT_REFRESH_UNKNOWN + CliStrings.DEFAULT_MARGIN;
	} else {
		right = CliStrings.RESULT_LAST_REFRESH + ' ' + lastRetrieval.format(TIME_FORMATTER) + CliStrings.DEFAULT_MARGIN;
	}
	// all together
	final int middleSpace = getWidth() - left.length() - right.length();
	statusLine.append(left);
	repeatChar(statusLine, ' ', middleSpace);
	statusLine.append(right);

	return Arrays.asList(statusLine.toAttributedString(), AttributedString.EMPTY);
}
 

protected AttributedString getPrompt(
    SqlLine sqlLine, int connectionIndex, String prompt) {
  AttributedStringBuilder promptStringBuilder = new AttributedStringBuilder();
  final SqlLineOpts opts = sqlLine.getOpts();
  final ConnectionMetadata meta = sqlLine.getConnectionMetadata();
  for (int i = 0; i < prompt.length(); i++) {
    switch (prompt.charAt(i)) {
    case '%':
      if (i < prompt.length() - 1) {
        String dateTime = formatDateTime(prompt.charAt(i + 1));
        if (dateTime != null) {
          promptStringBuilder.append(dateTime);
        } else {
          switch (prompt.charAt(i + 1)) {
          case 'c':
            if (connectionIndex >= 0) {
              promptStringBuilder.append(String.valueOf(connectionIndex));
            }
            break;
          case 'C':
            if (connectionIndex >= 0) {
              promptStringBuilder
                  .append(String.valueOf(connectionIndex)).append(": ");
            }
            break;
          case 'd':
            String databaseProductName = meta.getDatabaseProductName();
            if (databaseProductName != null) {
              promptStringBuilder.append(databaseProductName);
            }
            break;
          case 'n':
            String userName = meta.getUserName();
            if (userName != null) {
              promptStringBuilder.append(userName);
            }
            break;
          case 'u':
            String url = meta.getUrl();
            if (url != null) {
              promptStringBuilder.append(url);
            }
            break;
          case 'S':
            String currentSchema = meta.getCurrentSchema();
            if (currentSchema != null) {
              promptStringBuilder.append(currentSchema);
            }
            break;
          case '[':
            int closeBracketIndex = prompt.indexOf("%]", i + 2);
            if (closeBracketIndex > 0) {
              String color = prompt.substring(i + 2, closeBracketIndex);
              AttributedStyle style = resolveStyle(color);
              promptStringBuilder.style(style);
              i = closeBracketIndex;
              break;
            }
          // fall through if not a color
          case ':':
            int nextColonIndex = prompt.indexOf(":", i + 2);
            SqlLineProperty property;
            if (nextColonIndex > 0
                && ((property = BuiltInProperty.valueOf(
                prompt.substring(i + 2, nextColonIndex),
                true)) != null)) {
              promptStringBuilder.append(opts.get(property));
              i = nextColonIndex - 1;
              break;
            }
          // fall through if not a variable name
          default:
            promptStringBuilder
                .append(prompt.charAt(i)).append(prompt.charAt(i + 1));
          }
        }
        i = i + 1;
      }
      break;
    default:
      promptStringBuilder.append(prompt.charAt(i));
    }
  }
  return promptStringBuilder.toAttributedString();
}
 

@Override
protected List<AttributedString> computeHeaderLines() {
	final AttributedStringBuilder statusLine = new AttributedStringBuilder();
	statusLine.style(AttributedStyle.INVERSE);
	// left
	final String left;
	if (isRetrieving()) {
		left = CliStrings.DEFAULT_MARGIN + CliStrings.RESULT_REFRESH_INTERVAL + ' ' + REFRESH_INTERVALS.get(refreshInterval).f0;
	} else {
		left = CliStrings.DEFAULT_MARGIN + CliStrings.RESULT_STOPPED;
	}
	// middle
	final StringBuilder middleBuilder = new StringBuilder();
	middleBuilder.append(CliStrings.RESULT_PAGE);
	middleBuilder.append(' ');
	if (page == LAST_PAGE) {
		middleBuilder.append(CliStrings.RESULT_LAST_PAGE);
	} else {
		middleBuilder.append(page);
	}
	middleBuilder.append(CliStrings.RESULT_PAGE_OF);
	middleBuilder.append(pageCount);
	final String middle = middleBuilder.toString();
	// right
	final String right;
	if (lastRetrieval == null) {
		right = CliStrings.RESULT_LAST_REFRESH + ' ' + CliStrings.RESULT_REFRESH_UNKNOWN + CliStrings.DEFAULT_MARGIN;
	} else {
		right = CliStrings.RESULT_LAST_REFRESH + ' ' + lastRetrieval.format(TIME_FORMATTER) + CliStrings.DEFAULT_MARGIN;
	}
	// all together
	final int totalLeftSpace = getWidth() - middle.length();
	final int leftSpace = totalLeftSpace / 2 - left.length();
	statusLine.append(left);
	repeatChar(statusLine, ' ', leftSpace);
	statusLine.append(middle);
	final int rightSpacing = getWidth() - statusLine.length() - right.length();
	repeatChar(statusLine, ' ', rightSpacing);
	statusLine.append(right);

	return Arrays.asList(statusLine.toAttributedString(), AttributedString.EMPTY);
}
 

@Override
protected List<AttributedString> computeHeaderLines() {
	final AttributedStringBuilder statusLine = new AttributedStringBuilder();
	statusLine.style(AttributedStyle.INVERSE);
	// left
	final String left;
	if (isRetrieving()) {
		left = CliStrings.DEFAULT_MARGIN + CliStrings.RESULT_REFRESH_INTERVAL + ' ' + REFRESH_INTERVALS.get(refreshInterval).f0;
	} else {
		left = CliStrings.DEFAULT_MARGIN + CliStrings.RESULT_STOPPED;
	}
	// middle
	final StringBuilder middleBuilder = new StringBuilder();
	middleBuilder.append(CliStrings.RESULT_PAGE);
	middleBuilder.append(' ');
	if (page == LAST_PAGE) {
		middleBuilder.append(CliStrings.RESULT_LAST_PAGE);
	} else {
		middleBuilder.append(page);
	}
	middleBuilder.append(CliStrings.RESULT_PAGE_OF);
	middleBuilder.append(pageCount);
	final String middle = middleBuilder.toString();
	// right
	final String right;
	if (lastRetrieval == null) {
		right = CliStrings.RESULT_LAST_REFRESH + ' ' + CliStrings.RESULT_REFRESH_UNKNOWN + CliStrings.DEFAULT_MARGIN;
	} else {
		right = CliStrings.RESULT_LAST_REFRESH + ' ' + lastRetrieval.format(TIME_FORMATTER) + CliStrings.DEFAULT_MARGIN;
	}
	// all together
	final int totalLeftSpace = getWidth() - middle.length();
	final int leftSpace = totalLeftSpace / 2 - left.length();
	statusLine.append(left);
	repeatChar(statusLine, ' ', leftSpace);
	statusLine.append(middle);
	final int rightSpacing = getWidth() - statusLine.length() - right.length();
	repeatChar(statusLine, ' ', rightSpacing);
	statusLine.append(right);

	return Arrays.asList(statusLine.toAttributedString(), AttributedString.EMPTY);
}