package test; import java.util.HashMap; import java.util.Iterator; import java.util.Map; /** * * @author MazenB */ public class ArabicLiteralNumberParser { private static final String ZERO = "صفر"; private static final String ONE = "واحد"; private static final String TWO = "إثنان"; private static final String THREE = "ثلاثة"; private static final String FOUR = "أربعة"; private static final String FIVE = "خمسة"; private static final String SIX = "ستة"; private static final String SEVEN = "سبعة"; private static final String EIGHT = "ثمانية"; private static final String NINE = "تسعة"; private static final String TEN = "عشرة"; private static final String TWENTY = "عشرون"; private static final String THIRTY = "ثلاثون"; private static final String FOURTY = "أربعون"; private static final String FIFTY = "خمسون"; private static final String SIXTY = "ستون"; private static final String SEVENTY = "سبعون"; private static final String EIGHTY = "ثمانون"; private static final String NINETY = "تسعون"; private static final String HUNDRED = "مائة"; private static final String THOUSAND = "الف"; private static final String MILLION = "مليون"; private static final String MILLIARD = "مليار"; private static final String BILLION = "بليون"; private static final String BILLIARD = "بليار"; private static final String TRILLION = "تريليون"; private static final Map namesMap; static { namesMap = new HashMap(); namesMap.put(0l, ZERO); namesMap.put(1l, ONE); namesMap.put(2l, TWO); namesMap.put(3l, THREE); namesMap.put(4l, FOUR); namesMap.put(5l, FIVE); namesMap.put(6l, SIX); namesMap.put(7l, SEVEN); namesMap.put(8l, EIGHT); namesMap.put(9l, NINE); namesMap.put(10l, TEN); namesMap.put(20l, TWENTY); namesMap.put(30l, THIRTY); namesMap.put(40l, FOURTY); namesMap.put(50l, FIFTY); namesMap.put(60l, SIXTY); namesMap.put(70l, SEVENTY); namesMap.put(80l, EIGHTY); namesMap.put(90l, NINETY); namesMap.put(100l, HUNDRED); namesMap.put(1000l, THOUSAND); namesMap.put(1000000l, MILLION); namesMap.put(1000000000l, MILLIARD);//billion in short scale (US) namesMap.put(1000000000000l, BILLION);//trillion // namesMap.put(1000000000000000l, BILLIARD);//quadrllion // namesMap.put(1000000000000000000l, TRILLION);//quintillion // } private static String parse(long a, boolean fe) { StringBuffer buf = new StringBuffer(Long.valueOf(a).toString()); buf.reverse(); int index = 0; boolean negative; int len = (negative = buf.charAt(buf.length() - 1) == '-') ? buf.length() - 1 : buf.length(); String[] name = new String[len]; long unitValue = 0; while (index < len) { Long n = Long.valueOf(String.valueOf(buf.charAt(index))); int decimalPos = index % 3; if (decimalPos == 0) { unitValue = Double.valueOf(Math.pow(10, index)).longValue(); } int decimalPlace = (Double.valueOf(Math.pow(10, decimalPos)).intValue()); switch (decimalPlace) { case 1: if (unitValue > 1l && index + 1 == len) { switch (n.intValue()) { case 1: name[index] = namesMap.get(unitValue); break; case 2: name[index] = namesMap.get(unitValue) + "ان"; break; default: String val = namesMap.get(n); val = val.substring(0, val.length() - (n == 8 ? 2 : 1)); if (unitValue == 1000l) { name[index] = val + " " + "الاف"; } else if (unitValue == 1000000l) { name[index] = val + " " + "ملايين"; } else { name[index] = val + " " + namesMap.get(unitValue) + "ات"; } } } else { String val = namesMap.get(n); if (index + 1 == len) { if (fe && n > 2) { val = val.substring(0, val.length() - (n == 8 ? 2 : 1)); } else if (fe && n != 0) { val = n == 1 ? "واحدة" : "إثنتان"; } } name[index] = val; } break; case 10: String tmp = name[index - 1]; if (n != 0 && !tmp.equals(ZERO)) { Iterator i = namesMap.keySet().iterator(); while (i.hasNext()) { Long val = (Long) i.next(); if (namesMap.get(val).equals(tmp)) { switch (val.intValue()) { case 1: if (fe) { tmp = n == 1 ? "إحدى" : "واحدة"; } else { tmp = n == 1 ? "احد" : "واحد"; } break; case 2: if (fe) { tmp = n == 1 ? "إثنتا" : "إثنتان"; } else { tmp = n == 1 ? "إثنا" : "إثنان"; } break; default: tmp = fe ? tmp.substring(0, tmp.length() - (val == 8 ? 2 : 1)) : tmp; } break; } } } name[index] = namesMap.get(n * 10l); if (index + 1 == len) { switch (n.intValue()) { case 1: if (tmp.equals(ZERO)) { String val = fe ? "عشر" : "عشرة"; if (unitValue == 1000l) { name[index] = val + " " + "الاف"; } else if (unitValue == 1000000l) { name[index] = val + " " + "ملايين"; } else { name[index] = val + (unitValue > 1 ? " " + namesMap.get(unitValue) + "ات" : ""); } break; } name[index] = fe ? "عشرة" : "عشر"; default: if (unitValue > 1) { name[index] = name[index] + " " + namesMap.get(unitValue) + "ا"; } } } if (n != 0l) { name[index - 1] = name[index]; name[index] = tmp; } break; case 100: String s; if (n > 2) { s = namesMap.get(n); s = s.substring(0, s.length() - (n == 8 ? 2 : 1)) + HUNDRED; } else { s = n == 2 ? "مائتان" : namesMap.get(n * 100); } if (!name[index - 2].equals(ZERO)) { Iterator i = namesMap.keySet().iterator(); while (i.hasNext()) { Long val = (Long) i.next(); if (namesMap.get(val).equals(name[index - 2])) { if (fe && val < 10) { name[index - 2] = val == 1 ? "واحدة" : val == 2 ? "إثنتان" : name[index - 2].substring(0, name[index - 2].length() - (val == 8 ? 2 : 1)); } else if (val == 10 && fe == name[index - 1].equals(ZERO)) { name[index - 2] = "عشر"; } if (unitValue > 1) { switch (val.intValue()) { case 1: case 2: name[index - 2] = name[index - 2] + " " + namesMap.get(unitValue); break; case 10: if (!name[index - 1].equals(ZERO)) { name[index - 2] = name[index - 2] + " " + namesMap.get(unitValue) + "ا"; break; } default: if (val > 10l) { name[index - 2] = name[index - 2] + " " + namesMap.get(unitValue) + "ا"; } else { if (unitValue == 1000l) { name[index - 2] = name[index - 2] + " " + "الاف"; } else if (unitValue == 1000000l) { name[index - 2] = name[index - 2] + " " + "ملايين"; } else { name[index - 2] = name[index - 2] + " " + namesMap.get(unitValue) + "ات"; } } } } break; } } } else if (unitValue > 1l && n != 0) { s = (n == 2 ? "مائتا" : s) + " " + namesMap.get(unitValue);////6 } name[index] = s; } index++; } String s = ""; for (int i = 0; i < len; i++) { if (name[i].equals(ZERO)) { continue; } name[i] = name[i].trim(); s = name[i] + (!s.isEmpty() && !((s.startsWith("عشر") && !s.startsWith(TWENTY)) && !name[i - 1].equals(ZERO)) ? " و" : " ") + s;///7 } return s.isEmpty() ? ZERO : (negative ? "سالب " + s : s).trim(); } public static String literalValueOf(Number a, boolean fe) { if (a.doubleValue() > Long.MAX_VALUE) { return " اكبر من " + parse(Long.MAX_VALUE, fe); } a = String.valueOf(a).toLowerCase().contains("e") ? a.longValue() : a; String[] array = String.valueOf(a).split("\\."); long i = Long.valueOf(array[0]); long f = array.length == 2 ? Long.valueOf(array[1]) : 0; int fractSize = f > 0 ? array[1].length() : 0; String integralPart = (i != 0 || f == 0) ? parse(i, fe) : ""; String fractionalPart = f > 0 ? parse(f, fe) + " من " + parse(Double.valueOf(Math.pow(10, fractSize)).longValue(), fe) : ""; return integralPart + (f * i != 0 ? " و " : "") + fractionalPart; } public static String literalValueOf(Number a) { return literalValueOf(a, false); } ///For testing, please remove! public static void main(String[] args) { System.out.println(literalValueOf(7912687.3, true)); } }