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Add Swiss German keyboard layout #12

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154 changes: 154 additions & 0 deletions app/src/main/java/th/in/whs/k2ausbkbd/layout/CHQwertzLayout.java
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Original file line number Diff line number Diff line change
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package th.in.whs.k2ausbkbd.layout;

import java.util.HashMap;
import java.util.Map;
import java.util.TreeMap;

/**
* Swiss german keyboard Layout.
*/

public class CHQwertzLayout implements Layout {
private HashMap<Character, KeyCode> keyTable;

protected CHQwertzLayout() {
// First we initialize our keyMap, which contains the keys normal, shift, altgr buttons
TreeMap<Character, char[]> keyMap = new TreeMap<Character, char[]>();
keyMap.put((char)0x00, new char[]{'\0', '\0', '\0'}); // Reserved (no event indicated)
keyMap.put((char)0x01, new char[]{'\0', '\0', '\0'}); // Keyboard ErrorRollOver
keyMap.put((char)0x02, new char[]{'\0', '\0', '\0'}); // Keyboard POSTFail
keyMap.put((char)0x03, new char[]{'\0', '\0', '\0'}); // Keyboard ErrorUndefined
keyMap.put((char)0x04, new char[]{'a', 'A', '\0'}); // Keyboard a and A
keyMap.put((char)0x05, new char[]{'b', 'B', '\0'}); // Keyboard b and B
keyMap.put((char)0x06, new char[]{'c', 'C', '\0'}); // Keyboard c and C
keyMap.put((char)0x07, new char[]{'d', 'D', '\0'}); // Keyboard d and D
keyMap.put((char)0x08, new char[]{'e', 'E', '€'}); // Keyboard e and E
keyMap.put((char)0x09, new char[]{'f', 'F', '\0'}); // Keyboard f and F
keyMap.put((char)0x0A, new char[]{'g', 'G', '\0'}); // Keyboard g and G
keyMap.put((char)0x0B, new char[]{'h', 'H', '\0'}); // Keyboard h and H
keyMap.put((char)0x0C, new char[]{'i', 'I', '\0'}); // Keyboard i and I
keyMap.put((char)0x0D, new char[]{'j', 'J', '\0'}); // Keyboard j and J
keyMap.put((char)0x0E, new char[]{'k', 'K', '\0'}); // Keyboard k and K
keyMap.put((char)0x0F, new char[]{'l', 'L', '\0'}); // Keyboard l and L
keyMap.put((char)0x10, new char[]{'m', 'M', '\0'}); // Keyboard m and M
keyMap.put((char)0x11, new char[]{'n', 'N', '\0'}); // Keyboard n and N
keyMap.put((char)0x12, new char[]{'o', 'O', '\0'}); // Keyboard o and O
keyMap.put((char)0x13, new char[]{'p', 'P', '\0'}); // Keyboard p and P
keyMap.put((char)0x14, new char[]{'q', 'Q', '\0'}); // Keyboard q and Q
keyMap.put((char)0x15, new char[]{'r', 'R', '\0'}); // Keyboard r and R
keyMap.put((char)0x16, new char[]{'s', 'S', '\0'}); // Keyboard s and S
keyMap.put((char)0x17, new char[]{'t', 'T', '\0'}); // Keyboard t and T
keyMap.put((char)0x18, new char[]{'u', 'U', '\0'}); // Keyboard u and U
keyMap.put((char)0x19, new char[]{'v', 'V', '\0'}); // Keyboard v and V
keyMap.put((char)0x1A, new char[]{'w', 'W', '\0'}); // Keyboard w and W
keyMap.put((char)0x1B, new char[]{'x', 'X', '\0'}); // Keyboard x and X
keyMap.put((char)0x1C, new char[]{'z', 'Z', '\0'}); // Keyboard y and Y
keyMap.put((char)0x1D, new char[]{'y', 'Y', '\0'}); // Keyboard z and Z
keyMap.put((char)0x1E, new char[]{'1', '+', '¦'}); // Keyboard 1 and !
keyMap.put((char)0x1F, new char[]{'2', '"', '@'}); // Keyboard 2 and @
keyMap.put((char)0x20, new char[]{'3', '*', '#'}); // Keyboard 3 and #
keyMap.put((char)0x21, new char[]{'4', 'ç', '°'}); // Keyboard 4 and $
keyMap.put((char)0x22, new char[]{'5', '%', '§'}); // Keyboard 5 and %
keyMap.put((char)0x23, new char[]{'6', '&', '¬'}); // Keyboard 6 and ^
keyMap.put((char)0x24, new char[]{'7', '/', '|'}); // Keyboard 7 and &
keyMap.put((char)0x25, new char[]{'8', '(', '¢'}); // Keyboard 8 and *
keyMap.put((char)0x26, new char[]{'9', ')', '\0'}); // Keyboard 9 and (
keyMap.put((char)0x27, new char[]{'0', '=', '\0'}); // Keyboard 0 and )
keyMap.put((char)0x28, new char[]{'\n', '\n', '\0'}); // Keyboard Return (ENTER)
keyMap.put((char)0x29, new char[]{'\0', '\0', '\0'}); // Keyboard ESCAPE
keyMap.put((char)0x2A, new char[]{'\b', '\b', '\b'}); // Keyboard DELETE (Backspace)
keyMap.put((char)0x2B, new char[]{'\t', '\t', '\t'}); // Keyboard Tab
keyMap.put((char)0x2C, new char[]{' ', ' ', ' '}); // Keyboard Spacebar
keyMap.put((char)0x2d, new char[]{'\'', '?', '´' });
keyMap.put((char)0x2e, new char[]{'^', '`', '~' });
keyMap.put((char)0x2f, new char[]{'ü', 'è', '[' });
keyMap.put((char)0x30, new char[]{'¨', '!', ']' });
keyMap.put((char)0x31, new char[]{'$', '£', '}' });
keyMap.put((char)0x32, new char[]{'$', '£', '}' });
keyMap.put((char)0x33, new char[]{'ö', 'é', '\0' });
keyMap.put((char)0x34, new char[]{'ä', 'à', '{' });
keyMap.put((char)0x35, new char[]{'§', '°', '\0' });
keyMap.put((char)0x36, new char[]{',', ';', '\0' });
keyMap.put((char)0x37, new char[]{'.', ':', '\0' });
keyMap.put((char)0x38, new char[]{'-', '_', '\0' });
keyMap.put((char)0x39, new char[]{'\0', '\0', '\0'}); // Keyboard Caps Lock1
keyMap.put((char)0x3A, new char[]{'\0', '\0', '\0'}); // Keyboard F1
keyMap.put((char)0x3B, new char[]{'\0', '\0', '\0'}); // Keyboard F2
keyMap.put((char)0x3C, new char[]{'\0', '\0', '\0'}); // Keyboard F3
keyMap.put((char)0x3D, new char[]{'\0', '\0', '\0'}); // Keyboard F4
keyMap.put((char)0x3E, new char[]{'\0', '\0', '\0'}); // Keyboard F5
keyMap.put((char)0x3F, new char[]{'\0', '\0', '\0'}); // Keyboard F6
keyMap.put((char)0x40, new char[]{'\0', '\0', '\0'}); // Keyboard F7
keyMap.put((char)0x41, new char[]{'\0', '\0', '\0'}); // Keyboard F8
keyMap.put((char)0x42, new char[]{'\0', '\0', '\0'}); // Keyboard F9
keyMap.put((char)0x43, new char[]{'\0', '\0', '\0'}); // Keyboard F10
keyMap.put((char)0x44, new char[]{'\0', '\0', '\0'}); // Keyboard F11
keyMap.put((char)0x45, new char[]{'\0', '\0', '\0'}); // Keyboard F12
keyMap.put((char)0x46, new char[]{'\0', '\0', '\0'}); // Keyboard PrintScreen
keyMap.put((char)0x47, new char[]{'\0', '\0', '\0'}); // Keyboard Scroll Lock1
keyMap.put((char)0x48, new char[]{'\0', '\0', '\0'}); // Keyboard Pause
keyMap.put((char)0x49, new char[]{'\0', '\0', '\0'}); // Keyboard Insert
keyMap.put((char)0x4A, new char[]{'\0', '\0', '\0'}); // Keyboard Home
keyMap.put((char)0x4B, new char[]{'\0', '\0', '\0'}); // Keyboard PageUp
keyMap.put((char)0x4C, new char[]{'\0', '\0', '\0'}); // Keyboard Delete Forward
keyMap.put((char)0x4D, new char[]{'\0', '\0', '\0'}); // Keyboard End
keyMap.put((char)0x4E, new char[]{'\0', '\0', '\0'}); // Keyboard PageDown
keyMap.put((char)0x4F, new char[]{'\0', '\0', '\0'}); // Keyboard RightArrow
keyMap.put((char)0x50, new char[]{'\0', '\0', '\0'}); // Keyboard LeftArrow
keyMap.put((char)0x51, new char[]{'\0', '\0', '\0'}); // Keyboard DownArrow
keyMap.put((char)0x52, new char[]{'\0', '\0', '\0'}); // Keyboard UpArrow
keyMap.put((char)0x53, new char[]{'\0', '\0', '\0'}); // Keypad Num Lock and Clear1
keyMap.put((char)0x54, new char[]{'/', '\0', '\0'}); // Keypad /
keyMap.put((char)0x55, new char[]{'*', '\0', '\0'}); // Keypad *
keyMap.put((char)0x56, new char[]{'-', '\0', '\0'}); // Keypad -
keyMap.put((char)0x57, new char[]{'+', '\0', '\0'}); // Keypad +
keyMap.put((char)0x58, new char[]{'\n', '\n', '\0'}); // Keypad ENTER
keyMap.put((char)0x59, new char[]{'1', '\0', '\0'}); // Keypad 1 and End
keyMap.put((char)0x5A, new char[]{'2', '\0', '\0'}); // Keypad 2 and Down Arrow
keyMap.put((char)0x5B, new char[]{'3', '\0', '\0'}); // Keypad 3 and PageDn
keyMap.put((char)0x5C, new char[]{'4', '\0', '\0'}); // Keypad 4 and Left Arrow
keyMap.put((char)0x5D, new char[]{'5', '\0', '\0'}); // Keypad 5
keyMap.put((char)0x5E, new char[]{'6', '\0', '\0'}); // Keypad 6 and Right Arrow
keyMap.put((char)0x5F, new char[]{'7', '\0', '\0'}); // Keypad 7 and Home
keyMap.put((char)0x60, new char[]{'8', '\0', '\0'}); // Keypad 8 and Up Arrow
keyMap.put((char)0x61, new char[]{'9', '\0', '\0'}); // Keypad 9 and PageUp
keyMap.put((char)0x62, new char[]{'0', '\0', '\0'}); // Keypad 0 and Insert
keyMap.put((char)0x63, new char[]{'.', '\0', '\0'}); // Keypad . and Delete
keyMap.put((char)0x64, new char[]{'<', '>', '\\'}); // Keyboard Non-US \ and |
keyMap.put((char)0x65, new char[]{'\0', '\0', '\0'}); // Keyboard Application
keyMap.put((char)0xE0, new char[]{'\0', '\0', '\0'}); // Keyboard LeftControl
keyMap.put((char)0xE1, new char[]{'\0', '\0', '\0'}); // Keyboard LeftShift
keyMap.put((char)0xE2, new char[]{'\0', '\0', '\0'}); // Keyboard LeftAlt
keyMap.put((char)0xE3, new char[]{'\0', '\0', '\0'}); // Keyboard Left GUI
keyMap.put((char)0xE4, new char[]{'\0', '\0', '\0'}); // Keyboard RightControl
keyMap.put((char)0xE5, new char[]{'\0', '\0', '\0'}); // Keyboard RightShift
keyMap.put((char)0xE6, new char[]{'\0', '\0', '\0'}); // Keyboard RightAlt
keyMap.put((char)0xE7, new char[]{'\0', '\0', '\0'}); // Keyboard Right GUI

// Now we create a ascii table for the buttons to easy get the keycode
keyTable = new HashMap<Character, KeyCode>();

for( Map.Entry<Character, char[]> entry : keyMap.entrySet() ) {
char[] keys = entry.getValue();

for( int i = 0; i < 3; i++ ) {
if( keys[i] != '\0' ) { // Its a character
if( keyTable.get(keys[i]) == null ) { // There character is not registered yet
char modifier = 0x00;

if( i == 1 ) // If its in index 1, its shifted
modifier = KeyModifiers.RSHIFT;
else if( i == 2 ) // If its in index 2, its alted
modifier = KeyModifiers.RALT;

keyTable.put( keys[i], new KeyCode(entry.getKey(), modifier) );
}
}
}
}
}

public KeyCode getKeycode(char key) {
return keyTable.get(key);
}
}
1 change: 1 addition & 0 deletions app/src/main/java/th/in/whs/k2ausbkbd/layout/KeyboardLayoutFactory.java
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Original file line number Diff line number Diff line change
Expand Up @@ -11,6 +11,7 @@ private KeyboardLayoutFactory(){
register("QWERTY", QwertyLayout.class);
register("UK QWERTY", UKQwertyLayout.class);
register("QWERTZ", QwertzLayout.class);
register("CH QWERTZ", CHQwertzLayout.class);
register("AZERTY", AzertyLayout.class);
}

Expand Down
1 change: 1 addition & 0 deletions app/src/main/res/values/layout_list.xml
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Original file line number Diff line number Diff line change
Expand Up @@ -4,6 +4,7 @@
<item>QWERTY</item>
<item>UK QWERTY</item>
<item>AZERTY</item>
<item>CH QWERTZ</item>
<item>QWERTZ</item>
</array>
</resources>