@x @d my_name=='ptftopl' @d banner=='This is pTFtoPL, Version 3.3-p2.0' @y @d my_name=='uptftopl' @d banner=='This is upTFtoPL, Version 3.3-p2.0-u1.28' @z @x usage_help (PTFTOPL_HELP, 'issue@@texjp.org'); @y usage_help (UPTFTOPL_HELP, 'issue@@texjp.org'); @z @x @d max_kanji=7237 {number of the kanji characters - 1} @y @d max_kanji=1114111 {number of the kanji characters - 1} @z @x procedure out_kanji i:0..3; {index of array} @y i:0..5; {index of array} @z @x begin cx:=jis_code; out('J '); {specify jiscode format} dig[0]:=Hi(cx) div 16; dig[1]:=Hi(cx) mod 16; dig[2]:=Lo(cx) div 16; dig[3]:=Lo(cx) mod 16; for i:=0 to 3 do @y begin cx:=jis_code; if (isinternalUPTEX) then out('U ') else out('J '); {specify jiscode format} dig[0]:=(cx div 65536) div 16; dig[1]:=(cx div 65536) mod 16; dig[2]:=(cx div 4096) mod 16; dig[3]:=(cx div 256) mod 16; dig[4]:=(cx div 16) mod 16; dig[5]:=cx mod 16; for i:=0 to 1 do if (dig[i]<>0)or(dig[0]<>0) then begin { if dig[0]<>0, dig[1] should be always printed } if dig[i]<10 then out(dig[i]) else case dig[i] of 10: out('A'); 11: out('B'); 12: out('C'); 13: out('D'); 14: out('E'); 15: out('F'); end; end; for i:=2 to 5 do @z @x out(xchr[Hi(cx)]); out(xchr[Lo(cx)]); @y if BYTE1(cx)<>0 then out(xchr[BYTE1(cx)]); if BYTE2(cx)<>0 then out(xchr[BYTE2(cx)]); if BYTE3(cx)<>0 then out(xchr[BYTE3(cx)]); out(xchr[BYTE4(cx)]); @z @x function valid_jis_code var first_byte, second_byte:integer; { jis code bytes } begin valid_jis_code:=true; first_byte:=cx div @'400; second_byte:=cx mod @'400; if (first_byte<@"21) or((first_byte>@"28)and(first_byte<@"30)) or(first_byte>@"74) then valid_jis_code:=false; if (second_byte<@"21)or(second_byte>@"7E) then valid_jis_code:=false; @y begin valid_jis_code:=true; if (cx>@"10FFFF)or(not is_char_kanji(fromDVI(cx))) or(toDVI(fromDVI(cx))<>cx) then valid_jis_code:=false; @z @x function index_to_jis if ix<=8*94-1 then index_to_jis:=(ix div 94 + @"21) * @'400 + (ix mod 94 + @"21) else index_to_jis:=((ix+7 * 94) div 94 + @"21) * @'400 + ((ix+7*94) mod 94 + @"21); @y index_to_jis:=ix; @z @x function jis_to_index var first_byte,second_byte:integer; { jis code bytes } begin first_byte:=cx div @'400 - @"21; second_byte:=cx mod @'400 - @"21; if first_byte<8 then jis_to_index:=first_byte*94+second_byte else jis_to_index:=(first_byte-7)*94+second_byte; @y begin jis_to_index:=cx; @z