//--------------------------------------------------------------------------
// Print all keys
//--------------------------------------------------------------------------
void CKeyMap::Print (FILE* f)
{
// Iterate over keysets
std::map<Tag,CKeySet*>::iterator i;
for (i=kset.begin(); i!=kset.end(); i++) {
CKeySet *pKeySet = i->second;
// Format key set unique ID
char s[8];
TagToString (s, pKeySet->GetTag());
fprintf (f, "KeySet '%s' %s\n", s, pKeySet->GetName());
// Iterate over key definitions within the keyset
std::map<Tag,CKeyDefinition*>::iterator j;
for (j=pKeySet->dkey.begin(); j!=pKeySet->dkey.end(); j++) {
CKeyDefinition *pKeyDef = j->second;
// Format key definition unique ID
char sId[8];
TagToString (sId, pKeyDef->GetTag());
// Format key code
char sCode[32];
formatKeyCode (sCode, pKeyDef->GetCode());
fprintf (f, " '%s' %-40s %s\n", sId, pKeyDef->GetName(), sCode);
}
}
}
//----------------------------------------------------------------------
// Init the button list for the requested joystick
//----------------------------------------------------------------------
void CFuiAxis::ButtonList(int No)
{ jsp = jsm->GetJoystickNo(No);
if (0 == jsp) return;
devPOP->SetButtonText(devMENU[No]);
butBOX.EmptyIt();
//-----Locate joystick descriptor
int end = jsp->nbt;
char txt[128];
char *ktx = "";
CButLine *btl = 0;
for (int k=0; k<end; k++)
{ CSimButton *but = jsp->GetButton(k);
CKeyDefinition *kdf = (but)?(but->GetKey()):(0);
ktx = (kdf)?(kdf->GetName()):("");
sprintf(txt,"Button %02d",k);
btl = new CButLine;
btl->SetName(txt);
btl->SetKeyText(ktx);
butBOX.AddSlot(btl);
}
butBOX.Display();
//--- Set Hat control ---------------------------
sprintf(txt,"This device has %d HAT",jsp->hNumber());
SetChildText('labH',txt);
char use = jsp->HatUsed();
chkHAT->SetState(use);
HatControl();
return;
}
//------------------------------------------------------------------------------
// Bind Key (idk) to global function f
// NOTE: As keys menu are first searched, when a Key is redefined
// by a lower group, then the menu key will redirect the call to the lower
// entity
// Example: GWIN is the menu Key to display GPS
// When aircraft bind the 'gwin' key, the call is redirected to aircraft
//------------------------------------------------------------------------------
void CKeyMap::Bind (Tag id, KeyCallbackPtr f,char tp)
{ CKeyDefinition *kdf = FindKeyDefinitionById (id);
if (0 == kdf) return;
kdf->SetSet(lgrp);
kdf->Bind(f);
kdf->SetType(tp);
return;
}
//------------------------------------------------------------------------------
// Unassign code from any key definition existing in the set
// NOTE: The key is unassigned from the current set only
//------------------------------------------------------------------------------
CKeyDefinition *CKeyMap::UnAssign(int cde,CKeyDefinition *kdf)
{ CKeySet *set = FindKeySetById(kdf->GetSet());
CKeyDefinition *kpv = set->GetKeyByCode(cde);
if (0 == kpv) return 0;
kdf->SetCode(0); // remove code from actual
kpv->SetCode(0); // remove code from previous
set->ClearCode(cde);
return kpv;
}
//-------------------------------------------------------------------------
// Reset the default key
// NOTE:
// The actual code of the key should be removed from the code table
// The new code key should be entered into the code table
//-------------------------------------------------------------------------
void CKeySet::SetDefaultValues(CKeyFile *def)
{ std::map<Tag,CKeyDefinition*>::iterator kd = dkey.begin();
for (kd = dkey.begin(); kd != dkey.end(); kd++)
{ CKeyDefinition* kdf = kd->second;
int cde = (def)?(def->GetDefault(kset,kdf->GetTag())):(0);
if (cde) globals->kbd->SwapCode(kdf,cde);
}
return;
}
//-------------------------------------------------------------------------
// Change group callback if key is redirected
//-------------------------------------------------------------------------
// Activate key in group (simulate a key stroke)
// The group is taken from the Keydef in case of redirection
//-------------------------------------------------------------------------
bool CKeyMap::Stroke(Tag grp,Tag kid)
{ //--- find the Key set ---------------------------
CKeySet *ks = FindKeySetById (grp);
if (0 == ks) return false;
CKeyDefinition *kdf = ks->GetKeyByTag(kid);
if (0 == kdf) return false;
//--- Group Redirection --------------------------
Tag ngp = kdf->GetSet();
ks = FindKeySetById (ngp);
KeyGroupCB cb = ks->GetCB();
return (cb)(kdf,kdf->GetCode()) ;
}
//-------------------------------------------------------------------------
// Enter a key definition
// The key is registered in 2 maps
// dkey by the generic tag
// ckey by the keyboard code (for fast access)
//-------------------------------------------------------------------------
void CKeySet::Enter(CKeyDefinition *kdf)
{ Tag gen = kdf->GetTag();
int cod = kdf->GetCode();
dkey[gen] = kdf; // Register by Tag
//---Check that the code is unique in the set --
std::map<int,CKeyDefinition *>::iterator it = ckey.find(cod);
//---Register if key is unic in set ------
if (it == ckey.end()) { ckey[cod] = kdf; return; }
//----Can't have same code for 2 key ------
if (0 == cod) return;
if ((*it).second == kdf) return;
//----------------------------------------------
kdf->SetCode(0); // Clear Keyboard key
CKeyDefinition *pvk = (*it).second;
char tag1[8];
TagToString(tag1,kdf->GetTag());
char tag2[8];
TagToString(tag2,pvk->GetTag());
WARNINGLOG("<Kyid> %s ignored (same keyboard code than <Kyid> %s)",tag1,tag2);
return;
}
//------------------------------------------------------------------------------
// Keyboard Key pressed
//------------------------------------------------------------------------------
void CKeyMap::KeyPress (U_INT key, EKeyboardModifiers mod)
{ // Translate key and modifier into keycode
int code = (mod << 16) + key;
bool handled = false;
//--- special detection mode ------------------------------
if(m_bKeyDetect && m_fKeyCallback)
{
/// \todo unbind if this key code is already asigned
if (m_fKeyCallback(m_winID, code)) return;
}
//---Standard key -----------------------------------------
for (U_INT k=0; (k<oset.size()); k++)
{ CKeySet *ks = oset[k];
CKeyDefinition *kdf = ks->GetKeyByCode(code);
if (0 == kdf) continue;
//---Call the redirected group key callback -----------
Tag ngp = kdf->GetSet();
ks = FindKeySetById (ngp);
KeyGroupCB cb = ks->GetCB();
handled = (cb)(kdf,code);
if (handled) return;
}
return;
}
//--------------------------------------------------------------------------
// Save keyboard mapping to file
//--------------------------------------------------------------------------
void CKeyMap::SaveCurrentConfig()
{ char codk[128];
char stag[8];
int i;
CStreamFile sf;
std::map<Tag,CKeySet*>::const_iterator it;
std::map<Tag,CKeyDefinition*>::const_iterator kit;
CKeySet * pset;
CKeyDefinition * pkey;
sf.OpenWrite("System/Keymap.txt");
//
// file header and version
//
sf.WriteString("//=================================================");
sf.WriteString("// Please note that Keyset are ordered by name ");
sf.WriteString("// Menus should come first as they intercept keys ");
sf.WriteString("// that may be dispatched to lower entity such as ");
sf.WriteString("// Aircraft or ground vehicles ");
sf.WriteString("//=================================================");
sf.DebObject();
sf.WriteTag('vers', "---- configuration version ----");
sf.WriteInt(vers);
for(it = kset.begin(); it != kset.end(); it++)
{ pset = it->second;
sf.WriteTag('kset', "=== KeySet Definition File ===");
TagToString(stag, it->first);
sf.WriteString(stag);
sf.WriteTag('bgno', "========== BEGIN OBJECT ==========");
sf.WriteTag('name', "---- key set name ----");
sf.WriteString(pset->GetName());
sf.WriteTag('user', "---- user can modify ----");
sf.WriteInt(pset->GetUserModifiableState());
sf.WriteTag('enab', "---- enabled ----");
sf.WriteInt(pset->GetEnabledState());
for(kit = pset->dkey.begin(); kit != pset->dkey.end(); kit++)
{ pkey = kit->second;
sf.WriteTag('kkey', "---- key definition ----");
sf.DebObject();
sf.WriteTag('kyid', "---- key ID ----");
TagToString(stag, kit->first);
sf.WriteString(stag);
sf.WriteTag('name', "---- key name ----");
sf.WriteString(pkey->GetName());
sf.WriteTag('code', "---- key code & modifier ----");
i = pkey->GetCode();
formatKeyCode(codk,i,0);
sf.WriteString(codk);
sf.WriteTag('user', "---- user definable ----");
sf.WriteInt(pkey->IsUserMod());
sf.WriteTag('enab', "---- enabled ----");
sf.WriteInt(pkey->IsEnabled());
sf.EndObject();
}
sf.EndObject();
}
// File end
//
sf.EndObject();
sf.Close();
return;
}