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242 lines
11 KiB
Java
242 lines
11 KiB
Java
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/*
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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.ipts; import gplx.*; import gplx.gfui.*;
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import java.awt.event.KeyEvent;
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import gplx.core.primitives.*; import gplx.core.stores.*; import gplx.core.bits.*;
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public class IptKey_ {
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private static EnmMgr enm_mgr = EnmMgr.new_().BitRngBgn_(65536).BitRngEnd_(262144).Prefix_("key.");
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public static IptKey[] Ary(IptKey... ary) {return ary;}
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public static final IptKey[] Ary_empty = new IptKey[0];
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public static IptKey as_(Object obj) {return obj instanceof IptKey ? (IptKey)obj : null;}
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public static IptKey cast(Object obj) {try {return (IptKey)obj;} catch(Exception exc) {throw Err_.new_type_mismatch_w_exc(exc, IptKey.class, obj);}}
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public static IptKey add_(IptKey... ary) {
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if (ary.length == 0) return IptKey_.None;
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int newVal = ary[0].Val();
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for (int i = 1; i < ary.length; i++)
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newVal = Bitmask_.Flip_int(true, newVal, ary[i].Val());
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return get_or_new_(newVal);
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}
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public static IptKey api_(int val) {
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IptKey rv = (IptKey)enm_mgr.Get(val);
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return (rv == null) ? new_(val, "key_" + Int_.To_str(val)) : rv;
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}
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public static IptKey parse(String raw) {return get_or_new_(enm_mgr.GetVal(raw));}
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public static IptKey rdr_or_(DataRdr rdr, String key, IptKey or) {
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String val = rdr.ReadStrOr(key, ""); // NOTE: "" cannot be null, b/c nullRdr returns String.empty
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return (String_.Eq(val, "")) ? or : parse(val);
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}
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public static List_adp printableKeys2_(IptKey[] add, IptKey[] del) {
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List_adp list = List_adp_.New();
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for (IptKey key : add)
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list.Add(key);
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// add keypad numbers
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list.Add_many(IptKey_.Numpad_0, IptKey_.Numpad_1, IptKey_.Numpad_2, IptKey_.Numpad_3, IptKey_.Numpad_4);
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list.Add_many(IptKey_.Numpad_5, IptKey_.Numpad_6, IptKey_.Numpad_7, IptKey_.Numpad_8, IptKey_.Numpad_9);
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IptKeyStrMgr.Instance.XtoIptKeyAry(list);
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for (IptKey key : del)
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list.Del(key);
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return list;
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}
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public static IptKey[] printableKeys_(IptKey[] add, IptKey[] del) {
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List_adp list = List_adp_.New();
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// add keypad numbers
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list.Add_many(IptKey_.Numpad_0, IptKey_.Numpad_1, IptKey_.Numpad_2, IptKey_.Numpad_3, IptKey_.Numpad_4);
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list.Add_many(IptKey_.Numpad_5, IptKey_.Numpad_6, IptKey_.Numpad_7, IptKey_.Numpad_8, IptKey_.Numpad_9);
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for (IptKey key : add)
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list.Add(key);
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IptKeyStrMgr.Instance.XtoIptKeyAry(list);
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for (IptKey key : del)
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list.Del(key);
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return (IptKey[])list.To_ary(IptKey.class);
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}
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private static IptKey get_or_new_(int val) {
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IptKey rv = (IptKey)enm_mgr.Get(val);
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return (rv == null) ? new_(val, enm_mgr.GetStr(val)) : rv;
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}
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static IptKey new_(int val, String name) {
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IptKey rv = new IptKey(val, String_.Has_at_bgn(name, "key.") ? name : "key." + name);
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enm_mgr.RegObj(val, name, rv);
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return rv;
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}
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public static final int KeyCode_Shift = 65536, KeyCode_Ctrl = 131072, KeyCode_Alt = 262144;
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public static final IptKey
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// NOTE: integer values represent .NET keycodes; NOTE: SWT keycodes are converted to SWING keycodes in Swt_core_lnrs
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// none
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None = new_( 0, "none")
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// numbers
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, D0 = new_(48, "d0"), D1 = new_(49, "d1"), D2 = new_(50, "d2"), D3 = new_(51, "d3"), D4 = new_(52, "d4")
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, D5 = new_(53, "d5"), D6 = new_(54, "d6"), D7 = new_(55, "d7"), D8 = new_(56, "d8"), D9 = new_(57, "d9")
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// letters
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, A = new_(65, "a"), B = new_(66, "b"), C = new_(67, "c"), D = new_(68, "d"), E = new_(69, "e")
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, F = new_(70, "f"), G = new_(71, "g"), H = new_(72, "h"), I = new_(73, "i"), J = new_(74, "j")
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, K = new_(75, "k"), L = new_(76, "l"), M = new_(77, "m"), N = new_(78, "n"), O = new_(79, "o")
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, P = new_(80, "p"), Q = new_(81, "q"), R = new_(82, "r"), S = new_(83, "s"), T = new_(84, "t")
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, U = new_(85, "u"), V = new_(86, "v"), W = new_(87, "w"), X = new_(88, "x"), Y = new_(89, "y"), Z = new_(90, "z")
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// numpad numbers
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, Numpad_0 = new_(KeyEvent.VK_NUMPAD0, "numpad_0")
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, Numpad_1 = new_(KeyEvent.VK_NUMPAD1, "numpad_1")
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, Numpad_2 = new_(KeyEvent.VK_NUMPAD2, "numpad_2")
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, Numpad_3 = new_(KeyEvent.VK_NUMPAD3, "numpad_3")
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, Numpad_4 = new_(KeyEvent.VK_NUMPAD4, "numpad_4")
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, Numpad_5 = new_(KeyEvent.VK_NUMPAD5, "numpad_5")
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, Numpad_6 = new_(KeyEvent.VK_NUMPAD6, "numpad_6")
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, Numpad_7 = new_(KeyEvent.VK_NUMPAD7, "numpad_7")
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, Numpad_8 = new_(KeyEvent.VK_NUMPAD8, "numpad_8")
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, Numpad_9 = new_(KeyEvent.VK_NUMPAD9, "numpad_9")
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// numpad keys
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, Numpad_multiply = new_(KeyEvent.VK_MULTIPLY, "numpad_multiply")
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, Numpad_add = new_(KeyEvent.VK_ADD, "numpad_add")
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, Numpad_subtract = new_(KeyEvent.VK_SUBTRACT, "numpad_subtract")
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, Numpad_decimal = new_(KeyEvent.VK_DECIMAL, "numpad_decimal")
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, Numpad_divide = new_(KeyEvent.VK_DIVIDE, "numpad_divide")
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// NOTE: mapping numpad_enter to enter b/c don't want to define two sets of enters for every binding
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//, Numpad_enter = new_(KeyEvent.VK_ENTER, "numpad_enter")
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// NOTE: using same value as SWT; SWING value is not available
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, Numpad_enter = new_(16777296, "numpad_enter")
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// function keys; not supporting f13-f24 b/c only for IBM 3270 keyboards and can't test; also, note that codes differ between .net and swing
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, F1 = new_(KeyEvent.VK_F1, "f1")
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, F2 = new_(KeyEvent.VK_F2, "f2")
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, F3 = new_(KeyEvent.VK_F3, "f3")
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, F4 = new_(KeyEvent.VK_F4, "f4")
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, F5 = new_(KeyEvent.VK_F5, "f5")
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, F6 = new_(KeyEvent.VK_F6, "f6")
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, F7 = new_(KeyEvent.VK_F7, "f7")
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, F8 = new_(KeyEvent.VK_F8, "f8")
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, F9 = new_(KeyEvent.VK_F9, "f9")
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, F10 = new_(KeyEvent.VK_F10, "f10")
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, F11 = new_(KeyEvent.VK_F11, "f11")
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, F12 = new_(KeyEvent.VK_F12, "f12")
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// whitespace
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, Tab = new_(KeyEvent.VK_TAB, "tab")
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, Enter = new_(KeyEvent.VK_ENTER, "enter")
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, Space = new_(KeyEvent.VK_SPACE, "space")
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// delete
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, Back = new_(KeyEvent.VK_BACK_SPACE, "back")
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, Clear = new_(KeyEvent.VK_CLEAR, "clear")
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, Insert = new_(KeyEvent.VK_INSERT, "insert")
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, Delete = new_(KeyEvent.VK_DELETE, "delete")
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// meta
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, Escape = new_(KeyEvent.VK_ESCAPE, "escape")
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, Pause = new_(KeyEvent.VK_PAUSE, "pause")
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, PrintScreen = new_(KeyEvent.VK_PRINTSCREEN, "printScreen")
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// navigation: page / home
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, PageUp = new_(KeyEvent.VK_PAGE_UP, "pageUp")
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, PageDown = new_(KeyEvent.VK_PAGE_DOWN, "pageDown")
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, End = new_(KeyEvent.VK_END, "end")
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, Home = new_(KeyEvent.VK_HOME, "home")
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// navigation: lr / ud
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, Left = new_(KeyEvent.VK_LEFT, "left")
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, Up = new_(KeyEvent.VK_UP, "up")
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, Right = new_(KeyEvent.VK_RIGHT, "right")
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, Down = new_(KeyEvent.VK_DOWN, "down")
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// locks
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, CapsLock = new_(KeyEvent.VK_CAPS_LOCK, "capsLock")
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, NumLock = new_(KeyEvent.VK_NUM_LOCK, "numLock")
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, ScrollLock = new_(KeyEvent.VK_SCROLL_LOCK, "scrollLock")
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// symbols
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, Semicolon = new_(KeyEvent.VK_SEMICOLON, "semicolon")
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, Equal = new_(KeyEvent.VK_EQUALS, "equal")
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, Comma = new_(KeyEvent.VK_COMMA, "comma")
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, Minus = new_(KeyEvent.VK_MINUS, "minus")
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, Period = new_(KeyEvent.VK_PERIOD, "period")
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, Slash = new_(KeyEvent.VK_SLASH, "slash")
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, Tick = new_(KeyEvent.VK_BACK_QUOTE, "tick")
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, OpenBracket = new_(KeyEvent.VK_OPEN_BRACKET, "openBracket")
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, Backslash = new_(KeyEvent.VK_BACK_SLASH, "backslash")
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, CloseBracket = new_(KeyEvent.VK_CLOSE_BRACKET, "closeBracket")
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, Quote = new_(222, "quote")
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// modifiers
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, Shift = new_(KeyCode_Shift, "shift")
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, Ctrl = new_(KeyCode_Ctrl, "ctrl")
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, Alt = new_(KeyCode_Alt, "alt")
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, ShiftKey = new_(16, "shiftKey") , CtrlKey = new_(17, "ctrlKey") , AltKey = new_(18, "altKey") // NOTE: used for .NET NPI
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;
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private static Ordered_hash ui_str_hash;
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public static Ordered_hash Ui_str_hash() {
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if (ui_str_hash == null) {
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ui_str_hash = Ordered_hash_.New();
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All_add(ui_str_hash
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, IptKey_.Back, IptKey_.Tab, IptKey_.Clear, IptKey_.Enter
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, IptKey_.Pause, IptKey_.CapsLock, IptKey_.Escape, IptKey_.Space
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, IptKey_.PageUp, IptKey_.PageDown, IptKey_.End, IptKey_.Home
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, IptKey_.Left, IptKey_.Up, IptKey_.Right, IptKey_.Down
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, IptKey_.PrintScreen, IptKey_.Insert, IptKey_.Delete
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, IptKey_.D0, IptKey_.D1, IptKey_.D2, IptKey_.D3, IptKey_.D4
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, IptKey_.D5, IptKey_.D6, IptKey_.D7, IptKey_.D8, IptKey_.D9
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, IptKey_.A, IptKey_.B, IptKey_.C, IptKey_.D, IptKey_.E
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, IptKey_.F, IptKey_.G, IptKey_.H, IptKey_.I, IptKey_.J
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, IptKey_.K, IptKey_.L, IptKey_.M, IptKey_.N, IptKey_.O
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, IptKey_.P, IptKey_.Q, IptKey_.R, IptKey_.S, IptKey_.T
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, IptKey_.U, IptKey_.V, IptKey_.W, IptKey_.X, IptKey_.Y
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, IptKey_.Z
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, IptKey_.F1, IptKey_.F2, IptKey_.F3, IptKey_.F4, IptKey_.F5, IptKey_.F6
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, IptKey_.F7, IptKey_.F8, IptKey_.F9, IptKey_.F10, IptKey_.F11, IptKey_.F12
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, IptKey_.NumLock, IptKey_.ScrollLock
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, IptKey_.Semicolon, IptKey_.Equal, IptKey_.Comma, IptKey_.Minus, IptKey_.Period, IptKey_.Slash, IptKey_.Tick
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, IptKey_.OpenBracket, IptKey_.Backslash, IptKey_.CloseBracket, IptKey_.Quote
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, IptKey_.Numpad_0, IptKey_.Numpad_1, IptKey_.Numpad_2, IptKey_.Numpad_3, IptKey_.Numpad_4
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, IptKey_.Numpad_5, IptKey_.Numpad_6, IptKey_.Numpad_7, IptKey_.Numpad_8, IptKey_.Numpad_9
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, IptKey_.Numpad_multiply, IptKey_.Numpad_add, IptKey_.Numpad_subtract, IptKey_.Numpad_decimal, IptKey_.Numpad_divide
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, IptKey_.Numpad_enter
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);
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}
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return ui_str_hash;
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}
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private static void All_add(Ordered_hash hash, IptKey... ary) {
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int len = ary.length;
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for (int i = 0; i < len; ++i) {
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IptKey key = ary[i];
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hash.Add_if_dupe_use_nth(Int_obj_ref.New(key.Val()), key);
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}
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}
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public static String To_str(int orig_val) {
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String mod_str = "", rv = "";
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int temp_val = orig_val;
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boolean mod_c = Bitmask_.Has_int(temp_val, IptKey_.Ctrl.Val()); if (mod_c) {mod_str += "c"; temp_val = Bitmask_.Flip_int(Bool_.N, temp_val, IptKey_.Ctrl.Val());}
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boolean mod_a = Bitmask_.Has_int(temp_val, IptKey_.Alt.Val()); if (mod_a) {mod_str += "a"; temp_val = Bitmask_.Flip_int(Bool_.N, temp_val, IptKey_.Alt.Val());}
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boolean mod_s = Bitmask_.Has_int(temp_val, IptKey_.Shift.Val()); if (mod_s) {mod_str += "s"; temp_val = Bitmask_.Flip_int(Bool_.N, temp_val, IptKey_.Shift.Val());}
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if (String_.Len_gt_0(mod_str)) {
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rv = "mod." + mod_str;
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// handle modifiers only, like "mod.cs"; else will be "mod.cs+key.#0"
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if (temp_val == 0) return rv;
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rv += "+";
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}
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IptKey key = (IptKey)IptKey_.Ui_str_hash().Get_by(Int_obj_ref.New(temp_val));
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String key_str = key == null ? "key.#" + Int_.To_str(temp_val) : key.Key();
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// Tfds.Write(rv + key_str, orig_val, temp_val, mod_c, mod_a, mod_s);
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return rv + key_str;
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}
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}
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