Chinese character location code and machine internal code learning notes

I have studied Chinese character encoding, including the Chinese character location code and internal machine code. It is very interesting and practical. Generally, we use the location code in the cards. For example, the location code of "Ma" is 3477, then we will apply 3477, and then the host machine will be able to recognize Chinese Characters Based on the location code. The internal code is the internal code of the host, which is usually less commonly used, the internal code of the "Trojan" is 49901. You can try it: Open notepad, press the "Alt" Key, do not loosen it, and press 49901 in sequence to release the "Alt ", the word "horse" is displayed! Haha, amazing! Other Chinese characters or letters including symbols can be entered in this way. When you enter your name in the future, you can "show" it. Haha, without calling the input method, you can press a few numbers to name it, and it is accurate! Sometimes it takes a long time to use the input method! Haha! Then, how can we quickly get the location code and inner code of our name? To solve this problem, I specialized in character encoding and made a small part after knowing the conversion rules.ProgramTo everyone! Haha, open source again!

In other words, if you are too lazy to compile it on your own, please download it from my online disk. It may be an unexpected surprise.: Http://ma6174.ys168.com/

# Include <stdio. h>

# Include < String . H>
Int Main ()
{
Char A [ 1000000 ];
Int Neima1, neima2, neima, Len, quweima1, quweima2, quweima;
Printf ( "\ T Chinese character transcoding program ---------- ma6174 Development \ n " );
Printf ( " Enter \ n " );
While (Gets ()! = NULL)
{
Printf ( " \ N characters \ t machine internal code \ t Location Code \ n " );
Len = strlen ();
For ( Int I = 0 ; I <Len; I ++)
{
If (A [I] < 0 ){
Neima1 = A [I]- 0xffffff00 ;
Quweima1 = A [I] + 128 - 32 ;
I ++;
Neima2 = A [I]- 0xffffff00 ;
Quweima2 = A [I] + 128 - 32 ;
Neima = neima1 * 16 * 16 + Neima2;
Printf ( " % C \ t % d \ t % 02d % 02d \ n " , A [I- 1 ], A [I], neima, quweima1, quweima2 );
}
Else {
Printf ( " % C \ t % d \ n " , A [I], a [I]);
}
}
Printf ( " \ N enter \ n " );
}
}