#include "private.h"

#include <Elementary.h>
#include "termpty.h"
#include "termptydbl.h"

Eina_Bool
_termpty_is_dblwidth_slow_get(const Termpty *ty, int g)
{
   // check for east asian full-width (F), half-width (H), wide (W),
   // narrow (Na) or ambiguous (A) codepoints
   // ftp://ftp.unicode.org/Public/UNIDATA/EastAsianWidth.txt

   // (W)
   if (
       // 1XXX
       ((g >= 0x1100) && (g <= 0x115f)) ||
       // 2XXX
       ((g == 0x2329) || (g == 0x232a)) ||
       ((g >= 0x2e80) && (g <= 0x2ffb)) ||
       // 3XXX -> A4C6
       ((g >= 0x3001) && (g <= 0x303f)) ||
       ((g >= 0x3041) && (g <= 0x3247)) ||
       ((g >= 0x3250) && (g <= 0x4dbf)) ||
       ((g >= 0x4e00) && (g <= 0xa4c6)) ||
       // aXXX
       ((g >= 0xa960) && (g <= 0xa97c)) ||
       ((g >= 0xac00) && (g <= 0xd7a3)) ||
       // fXXX
       ((g >= 0xf900) && (g <= 0xfaff)) ||
       ((g >= 0xfe10) && (g <= 0xfe19)) ||
       ((g >= 0xfe30) && (g <= 0xfe6b)) ||
       // 1XXXX
       ((g >= 0x1b000) && (g <= 0x1b001)) ||
       ((g >= 0x1f200) && (g <= 0x1f202)) ||
       ((g >= 0x1f210) && (g <= 0x1f251)) ||
       // 2XXXX
       ((g >= 0x20000) && (g <= 0x2fffd)) ||
       // 3XXXX
       ((g >= 0x30000) && (g <= 0x3FFFD)))
     return EINA_TRUE;
   // FIXME: can optimize by breaking into tree and ranges
   // (A)
   if (ty->termstate.cjk_ambiguous_wide)
     {
        // grep ';A #' EastAsianWidth.txt | wc -l
        // :(
        if (
            // aX
            (((g >> 4) == 0xa) &&
                ((g == 0x00a1) ||
                 (g == 0x00a4) ||
                 ((g >= 0x00a7) && (g <= 0x00a8)) ||
                 (g == 0x00aa) ||
                 ((g >= 0x00ad) && (g <= 0x00ae)))) ||
            // bX
            (((g >> 4) == 0xb) &&
                (((g >= 0x00b0) && (g <= 0x00bf)))) ||
            // cX
            (((g >> 4) == 0xc) &&
                ((g == 0x00c6))) ||
            // dX
            (((g >> 4) == 0xd) &&
                ((g == 0x00d0) ||
                 ((g >= 0x00d7) && (g <= 0x00d8)) ||
                 ((g >= 0x00de) && (g <= 0x00df)))) ||
            // eX
            (((g >> 4) == 0xe) &&
                ((g == 0x00e0) ||
                 (g == 0x00e1) ||
                 (g == 0x00e6) ||
                 ((g >= 0x00e8) && (g <= 0x00e9)) ||
                 (g == 0x00ea) ||
                 ((g >= 0x00ec) && (g <= 0x00ed)))) ||
            // fX
            (((g >> 4) == 0xf) &&
                ((g == 0x00f0) ||
                 ((g >= 0x00f2) && (g <= 0x00f3)) ||
                 ((g >= 0x00f7) && (g <= 0x00f9)) ||
                 (g == 0x00fa) ||
                 (g == 0x00fc) ||
                 (g == 0x00fe))) ||
            // 1XX
            (((g >> 8) == 0x1) &&
                ((g == 0x0101) ||
                 (g == 0x0111) ||
                 (g == 0x0113) ||
                 (g == 0x011b) ||
                 ((g >= 0x0126) && (g <= 0x0127)) ||
                 (g == 0x012b) ||
                 ((g >= 0x0131) && (g <= 0x0133)) ||
                 (g == 0x0138) ||
                 ((g >= 0x013f) && (g <= 0x0142)) ||
                 (g == 0x0144) ||
                 ((g >= 0x0148) && (g <= 0x014b)) ||
                 (g == 0x014d) ||
                 ((g >= 0x0152) && (g <= 0x0153)) ||
                 ((g >= 0x0166) && (g <= 0x0167)) ||
                 (g == 0x016b) ||
                 (g == 0x01ce) ||
                 (g == 0x01d0) ||
                 (g == 0x01d2) ||
                 (g == 0x01d4) ||
                 (g == 0x01d6) ||
                 (g == 0x01d8) ||
                 (g == 0x01da) ||
                 (g == 0x01dc))) ||
            // 2XX
            (((g >> 8) == 0x2) &&
                ((g == 0x0251) ||
                 (g == 0x0261) ||
                 (g == 0x02c4) ||
                 (g == 0x02c7) ||
                 (g == 0x02c9) ||
                 ((g >= 0x02ca) && (g <= 0x02cb)) ||
                 (g == 0x02cd) ||
                 (g == 0x02d0) ||
                 ((g >= 0x02d8) && (g <= 0x02d9)) ||
                 ((g >= 0x02da) && (g <= 0x02db)) ||
                 (g == 0x02dd) ||
                 (g == 0x02df))) ||
            // 3XX
            (((g >> 8) == 0x3) &&
                (((g >= 0x0300) && (g <= 0x036f)) ||
                 ((g >= 0x0391) && (g <= 0x03c9)))) ||
            // 4XX
            (((g >> 8) == 0x4) &&
                ((g == 0x0401) ||
                 ((g >= 0x0410) && (g <= 0x044f)) ||
                 (g == 0x0451))) ||
            // 2XXX
            (((g >> 12) == 0x2) &&
                ((((g >> 8) == 0x20) &&
                  ((g == 0x2010) ||
                   ((g >= 0x2013) && (g <= 0x2016)) ||
                   ((g >= 0x2018) && (g <= 0x2019)) ||
                   (g == 0x201c) ||
                   (g == 0x201d) ||
                   ((g >= 0x2020) && (g <= 0x2022)) ||
                   ((g >= 0x2024) && (g <= 0x2027)) ||
                   (g == 0x2030) ||
                   ((g >= 0x2032) && (g <= 0x2033)) ||
                   (g == 0x2035) ||
                   (g == 0x203b) ||
                   (g == 0x203e) ||
                   (g == 0x2074) ||
                   (g == 0x207f) ||
                   ((g >= 0x2081) && (g <= 0x2084)) ||
                   (g == 0x20ac))) ||
                 (((g >> 8) == 0x21) &&
                  ((g == 0x2103) ||
                   (g == 0x2105) ||
                   (g == 0x2109) ||
                   (g == 0x2113) ||
                   (g == 0x2116) ||
                   ((g >= 0x2121) && (g <= 0x2122)) ||
                   (g == 0x2126) ||
                   (g == 0x212b) ||
                   ((g >= 0x2153) && (g <= 0x2154)) ||
                   ((g >= 0x215b) && (g <= 0x215e)) ||
                   ((g >= 0x2160) && (g <= 0x216b)) ||
                   ((g >= 0x2170) && (g <= 0x2179)) ||
                   ((g >= 0x2189) && (g <= 0x2199)) ||
                   ((g >= 0x21b8) && (g <= 0x21b9)) ||
                   (g == 0x21d2) ||
                   (g == 0x21d4) ||
                   (g == 0x21e7))) ||
                 (((g >> 8) == 0x22) &&
                  ((g == 0x2200) ||
                   ((g >= 0x2202) && (g <= 0x2203)) ||
                   ((g >= 0x2207) && (g <= 0x2208)) ||
                   (g == 0x220b) ||
                   (g == 0x220f) ||
                   (g == 0x2211) ||
                   (g == 0x2215) ||
                   (g == 0x221a) ||
                   ((g >= 0x221d) && (g <= 0x221f)) ||
                   (g == 0x2220) ||
                   (g == 0x2223) ||
                   (g == 0x2225) ||
                   ((g >= 0x2227) && (g <= 0x222e)) ||
                   ((g >= 0x2234) && (g <= 0x2237)) ||
                   ((g >= 0x223c) && (g <= 0x223d)) ||
                   (g == 0x2248) ||
                   (g == 0x224c) ||
                   (g == 0x2252) ||
                   ((g >= 0x2260) && (g <= 0x2261)) ||
                   ((g >= 0x2264) && (g <= 0x2267)) ||
                   ((g >= 0x226a) && (g <= 0x226b)) ||
                   ((g >= 0x226e) && (g <= 0x226f)) ||
                   ((g >= 0x2282) && (g <= 0x2283)) ||
                   ((g >= 0x2286) && (g <= 0x2287)) ||
                   (g == 0x2295) ||
                   (g == 0x2299) ||
                   (g == 0x22a5) ||
                   (g == 0x22bf))) ||
                 (((g >> 8) == 0x23) &&
                  ((g == 0x2312))) ||
                 ((((g >> 8) == 0x24) || ((g >> 8) == 0x25)) &&
                  (((g >= 0x2460) && (g <= 0x2595)))) ||
                 (((g >> 8) == 0x25) &&
                  (((g >= 0x25a0) && (g <= 0x25bd)) ||
                   ((g >= 0x25c0) && (g <= 0x25c1)) ||
                   ((g >= 0x25c6) && (g <= 0x25c7)) ||
                   (g == 0x25c8) ||
                   (g == 0x25cb) ||
                   ((g >= 0x25ce) && (g <= 0x25cf)) ||
                   ((g >= 0x25d0) && (g <= 0x25d1)) ||
                   ((g >= 0x25e2) && (g <= 0x25e3)) ||
                   ((g >= 0x25e4) && (g <= 0x25e5)) ||
                   (g == 0x25ef))) ||
                 (((g >> 8) == 0x26) &&
                  (((g >= 0x2605) && (g <= 0x2606)) ||
                   (g == 0x2609) ||
                   ((g >= 0x260e) && (g <= 0x260f)) ||
                   ((g >= 0x2614) && (g <= 0x2615)) ||
                   (g == 0x261c) ||
                   (g == 0x261e) ||
                   (g == 0x2640) ||
                   (g == 0x2642) ||
                   ((g >= 0x2660) && (g <= 0x2661)) ||
                   ((g >= 0x2663) && (g <= 0x2665)) ||
                   ((g >= 0x2667) && (g <= 0x266a)) ||
                   ((g >= 0x266c) && (g <= 0x266d)) ||
                   (g == 0x266f) ||
                   ((g >= 0x269e) && (g <= 0x269f)) ||
                   ((g >= 0x26be) && (g <= 0x26bf)) ||
                   ((g >= 0x26c4) && (g <= 0x26cd)) ||
                   (g == 0x26cf) ||
                   ((g >= 0x26d0) && (g <= 0x26e1)) ||
                   (g == 0x26e3) ||
                   ((g >= 0x26e8) && (g <= 0x26ff)))) ||
                 (((g >> 8) == 0x27) &&
                  ((g == 0x273d) ||
                   (g == 0x2757) ||
                   ((g >= 0x2776) && (g <= 0x277f)))) ||
                 (((g >> 8) == 0x2b) &&
                  (((g >= 0x2b55) && (g <= 0x2b59)))))) ||
            // 3XXX
            (((g >> 12) == 0x3) &&
                (((g >= 0x3248) && (g <= 0x324f)))) ||
            // eXXX
            (((g >> 12) == 0xe) &&
                (((g >= 0xe000) && (g <= 0xf8ff)))) ||
            // fXXX
            (((g >> 12) == 0xf) &&
                (((g >= 0xfe00) && (g <= 0xfe0f)) ||
                 (g == 0xfffd))) ||
            // 1XXXX
            (((g >> 16) == 0x1) &&
                (((g >= 0x1f100) && (g <= 0x1f12d)) ||
                 ((g >= 0x1f130) && (g <= 0x1f169)) ||
                 ((g >= 0x1f170) && (g <= 0x1f19a)))) ||
            // eXXXX
            (((g >> 16) == 0xe) &&
                (((g >= 0xe0100) && (g <= 0xe01ef)))) ||
            // fXXXX
            (((g >> 16) == 0xf) &&
                (((g >= 0xf0000) && (g <= 0xffffd)))) ||
            // 1XXXXX
            (((g >> 24) == 0x1) &&
                (((g >= 0x100000) && (g <= 0x10fffd)))))
          return EINA_TRUE;
     }
   
   // Na, H -> not checked
   return EINA_FALSE;
}