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76 lines
3.8 KiB
76 lines
3.8 KiB
/*
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XOWA: the XOWA Offline Wiki Application
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Copyright (C) 2012 gnosygnu@gmail.com
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This program is free software: you can redistribute it and/or modify
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it under the terms of the GNU Affero General Public License as
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published by the Free Software Foundation, either version 3 of the
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License, or (at your option) any later version.
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This program is distributed in the hope that it will be useful,
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but WITHOUT ANY WARRANTY; without even the implied warranty of
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MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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GNU Affero General Public License for more details.
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You should have received a copy of the GNU Affero General Public License
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along with this program. If not, see <http://www.gnu.org/licenses/>.
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*/
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package gplx.gfui; import gplx.*;
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class IptKeyStrMgr {
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public IptKey FetchByKeyPress(int charVal) {
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if (literals == null) Init();
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IptKey rv = charKeys[charVal];
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return (rv == null) ? IptKey_.None : rv;
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}
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public String To_str(IptKey key) {
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if (literals == null) Init();
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Object rv = literals.Get_by(key.Val());
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return rv == null ? String_.Empty : (String)rv;
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}
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public void XtoIptKeyAry(List_adp list) {
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if (literals == null) Init();
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for (int i = 0; i < keys.Count(); i++)
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list.Add((IptKey)keys.Get_at(i));
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}
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void Init() {// default to US style keyboard
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literals = Hash_adp_.new_();
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charKeys = new IptKey[256];
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RegLtr(IptKey_.A, 'a'); RegLtr(IptKey_.B, 'b'); RegLtr(IptKey_.C, 'c'); RegLtr(IptKey_.D, 'd'); RegLtr(IptKey_.E, 'e');
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RegLtr(IptKey_.F, 'f'); RegLtr(IptKey_.G, 'g'); RegLtr(IptKey_.H, 'h'); RegLtr(IptKey_.I, 'i'); RegLtr(IptKey_.J, 'j');
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RegLtr(IptKey_.K, 'k'); RegLtr(IptKey_.L, 'l'); RegLtr(IptKey_.M, 'm'); RegLtr(IptKey_.N, 'n'); RegLtr(IptKey_.O, 'o');
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RegLtr(IptKey_.P, 'p'); RegLtr(IptKey_.Q, 'q'); RegLtr(IptKey_.R, 'r'); RegLtr(IptKey_.S, 's'); RegLtr(IptKey_.T, 't');
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RegLtr(IptKey_.U, 'u'); RegLtr(IptKey_.V, 'v'); RegLtr(IptKey_.W, 'w'); RegLtr(IptKey_.X, 'x'); RegLtr(IptKey_.Y, 'y'); RegLtr(IptKey_.Z, 'z');
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RegSym(IptKey_.D0, '0', ')'); RegSym(IptKey_.D1, '1', '!'); RegSym(IptKey_.D2, '2', '@'); RegSym(IptKey_.D3, '3', '#'); RegSym(IptKey_.D4, '4', '$');
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RegSym(IptKey_.D5, '5', '%'); RegSym(IptKey_.D6, '6', '^'); RegSym(IptKey_.D7, '7', '&'); RegSym(IptKey_.D8, '8', '*'); RegSym(IptKey_.D9, '9', '(');
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RegSym(IptKey_.Equal, '=', '+'); RegSym(IptKey_.Minus, '-', '_'); RegSym(IptKey_.Backslash, '\\', '|'); RegSym(IptKey_.Semicolon, ';', ':');
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RegSym(IptKey_.Quote, '\'', '"'); RegSym(IptKey_.Comma, ',', '<'); RegSym(IptKey_.Period, '.', '>'); RegSym(IptKey_.Slash, '?', '/');
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RegSym(IptKey_.OpenBracket, '[', '{'); RegSym(IptKey_.CloseBracket, ']', '}'); RegSym(IptKey_.Tick, '`', '~');
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Reg(IptKey_.Space, ' ');
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Reg(IptKey_.Escape, "", 27); // escape should be "" or else prints on grid
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Reg(IptKey_.Enter, "\n", 10);
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charKeys[13] = IptKey_.Enter; // WORKAROUND.WINFORMS: Enter generates keypress of 13 while Shift+Enter generates keypress of 10; JAVA always sends 10
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Reg(IptKey_.CapsLock, "CapsLock", 20);
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}
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void RegLtr(IptKey lowerKey, char lowerChr) {
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IptKey upperKey = IptKey_.add_(lowerKey, IptKey_.Shift);
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char upperChr = (char)((int)lowerChr - 32);
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Reg(lowerKey, lowerChr); // 'a' 97 Key_.A
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Reg(upperKey, upperChr); // 'A' 65 Key_.A+Key_.Shift
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}
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void RegSym(IptKey lowerKey, char lowerChr, char upperChr) {
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IptKey upperKey = IptKey_.add_(lowerKey, IptKey_.Shift);
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Reg(lowerKey, lowerChr);
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Reg(upperKey, upperChr);
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}
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void Reg(IptKey k, char c) {Reg(k, Char_.To_str(c), (int)c);}
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void Reg(IptKey k, String s, int charVal) {
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int v = k.Val();
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literals.Add(v, s);
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keys.Add(v, k);
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charKeys[charVal] = k;
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}
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IptKey[] charKeys;
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Hash_adp literals; Ordered_hash keys = Ordered_hash_.new_();
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public static final IptKeyStrMgr _ = new IptKeyStrMgr(); IptKeyStrMgr() {}
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}
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