public bool Income(int vkCode, bool gis, bool shf, KeyboardLayout kl) { Key k = new Key(); k.alt = gis; k.shift = shf; k.vkCode = vkCode; if (k.vkCode == 8) { k.ch = "delete"; } else { if (mfm != null) { if (mfm.dkstate != "none") { k = kl.ProcessKey(k, mfm.dkstate); k.ch = k.ch.Replace("◌", ""); } else { k = kl.ProcessKey(k); k.ch = k.ch.Replace("◌", ""); } } } if (k.ch.StartsWith("[") && k.ch.EndsWith("]")) { if (mfm != null) { mfm.dkChange(k.ch.Replace("[", "").Replace("]", "")); return(true); } } else { mfm.dkChange("none"); } bool eat = false; foreach (string s in CompatibilityDecompose(k.ch)) { eat = eat | Income(s); } // what will we do with ear? return(eat); }
public bool Income(int vkCode,bool gis,bool shf,KeyboardLayout kl) { Key k = new Key(); k.alt = gis; k.shift = shf; k.vkCode = vkCode; if (k.vkCode == 8) k.ch = "delete"; else { if (mfm != null) { if (mfm.dkstate != "none") { k = kl.ProcessKey(k, mfm.dkstate); k.ch = k.ch.Replace("◌", ""); } else { k = kl.ProcessKey(k); k.ch = k.ch.Replace("◌", ""); } } } if (k.ch.StartsWith("[") && k.ch.EndsWith("]")) { if (mfm != null) { mfm.dkChange(k.ch.Replace("[", "").Replace("]", "")); return true; } } else { mfm.dkChange("none"); } bool eat = false; foreach (string s in CompatibilityDecompose(k.ch)) { eat = eat | Income(s); } // what will we do with ear? return eat; }
internal void SetActiveLayout(MyInput.Keyboard_Classes.KeyboardLayout kl) { }