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/** * Get next words from the beginning of [content] until all words have a length lower or equal then [length]. * * @param length    Max length of all words. * @param content   The text content. */import { Cell, ICell } from "./cell.ts";import { stripColor } from "./deps.ts";
export function consumeWords(length: number, content: string): string {  let consumed = "";  const words: string[] = content.split("\n")[0]?.split(/ /g);
  for (let i = 0; i < words.length; i++) {    const word: string = words[i];
    // consume minimum one word    if (consumed) {      const nextLength = strLength(word);      const consumedLength = strLength(consumed);      if (consumedLength + nextLength >= length) {        break;      }    }
    consumed += (i > 0 ? " " : "") + word;  }
  return consumed;}
/** * Get longest cell from given row index. */export function longest(  index: number,  rows: ICell[][],  maxWidth?: number,): number {  const cellLengths = rows.map((row) => {    const cell = row[index];    const cellValue = cell instanceof Cell && cell.getColSpan() > 1      ? ""      : cell?.toString() || "";
    return cellValue      .split("\n")      .map((line: string) => {        const str = typeof maxWidth === "undefined"          ? line          : consumeWords(maxWidth, line);
        return strLength(str) || 0;      });  }).flat();
  return Math.max(...cellLengths);}
export const strLength = (str: string): number => {  str = stripColor(str);  let length = 0;  for (let i = 0; i < str.length; i++) {    const charCode = str.charCodeAt(i);    // Check for chinese characters: \u4e00 - \u9fa5    if (charCode >= 19968 && charCode <= 40869) {      length += 2;    } else {      length += 1;    }  }  return length;};