BOOL CDomain::AddStockSort( LPCTSTR lpszStockCode )
{
if( NULL == lpszStockCode || strlen(lpszStockCode) <= 0 )
return FALSE;
for( int k=0; k<GetSize(); k++ )
{
int nCmp = ElementAt(k).CompareNoCase(lpszStockCode);
if( 0 == nCmp )
return FALSE;
if( nCmp > 0 )
{
InsertAt(k, lpszStockCode );
return TRUE;
}
}
Add( lpszStockCode );
return TRUE;
}
void CLineCrossings::AddCrossing(CFixed lPosition, int nCount)
{
int nCrossings = Crossings();
int nCrossing;
// Look for the crossing in the array.
// This will also determine the place to insert if it is not found.
for (nCrossing = 0; nCrossing < nCrossings; nCrossing++)
{
// Get the crossing to check where we are.
CLineCrossing* pCrossing = Crossing(nCrossing);
// If this crossing is at our position, merge the counts.
if (pCrossing->m_lPosition == lPosition)
{
// Update the existing one.
if ((pCrossing->m_nCount += nCount) == 0)
{
// The crossing went away! Get rid of it.
delete pCrossing;
RemoveAt(nCrossing);
}
return;
}
if (pCrossing->m_lPosition > lPosition)
{
// Insert here.
break;
}
}
// The crossing was not found. Create a new one.
CLineCrossing* pCrossing = new CLineCrossing;
// Fill in the values.
pCrossing->m_lPosition = lPosition;
pCrossing->m_nCount = nCount;
// Insert it where we stopped searching.
InsertAt(nCrossing, pCrossing);
}
Data* Data::FindKey(const Data& key)
{
if(!IsList())
throw LangErr("Data::FindKey","object is not a list");
bool is_old;
size_t i;
i=KeyLookup(key,is_old);
if(!is_old)
{
Data pair;
pair.MakeList(2);
pair.vec[0]=key;
return InsertAt(i,pair);
}
return &vec[i];
}
Data* DataFileDB::FindKey(const Data& key)
{
if(dbtype==DBNone)
throw LangErr("DataFileDB::FindKey(const Data&)","cannot do key lookup on database type DBNone");
else if(dbtype==DBSingleFile)
{
MarkAllDirty();
return Data::FindKey(key);
}
else if(dbtype==DBStringKeys)
{
bool is_old;
size_t pos;
pos=KeyLookup(key,is_old);
if(is_old)
LoadCache(pos);
else
{
Data pair;
pair.MakeList(2);
pair[0]=key;
InsertAt(pos,pair);
}
Touch(pos);
MarkDirty(pos);
CacheUpdate();
return &vec[pos];
}
else
throw Error::NotYetImplemented("DataFileDB::FindKey(const Data&)");
}
void COXMaskedEdit::OnChar(UINT nChar, UINT nRepCnt, UINT nFlags)
{
// If there is no mask, then exit quickly performing the default operation.
if(m_listData.GetCount()==0 || GetStyle()&ES_READONLY)
{
CEdit::OnChar(nChar, nRepCnt, nFlags);
return;
}
int nSelectionStart=0;
int nSelectionEnd =0;
GetSel(nSelectionStart, nSelectionEnd);
// If character value is above 32, then it is ANSI or Extended.
// Below 32 are control and navigation characters.
if(nChar >= 32)
{
if(nSelectionStart==nSelectionEnd)
{
if(IsInputData(nSelectionStart))
{
int nActualInsertionPoint=nSelectionStart;
if(m_bInsertMode)
nActualInsertionPoint=InsertAt(nSelectionStart, (TCHAR)nChar);
else
nActualInsertionPoint=SetAt (nSelectionStart, (TCHAR)nChar);
// InsertAt will return -1 if the character cannot be inserted here.
if(nActualInsertionPoint >= 0)
nSelectionStart=nActualInsertionPoint + 1;
else
ValidationError();
Update(nSelectionStart);
}
else
{
// Beep if trying to type over a literal.
ValidationError();
UpdateInsertionPointForward(nSelectionStart);
}
}
else
{
// First delete the remaining selection.
// The function will return a valid count if
// some input characters were deleted. We use
// this value to determine if it makes sense to insert.
if(DeleteRange(nSelectionStart, nSelectionEnd))
{
// InsertAt will place the character at the next available position,
// then return that positition
int nActualInsertionPoint=nSelectionStart;
nActualInsertionPoint=InsertAt(nSelectionStart, (TCHAR)nChar);
// InsertAt will return -1 if the character cannot be inserted here.
if(nActualInsertionPoint >= 0)
nSelectionStart=nActualInsertionPoint + 1;
else
ValidationError();
Update(nSelectionStart);
}
else // Must be on a literal, so beep and move to a valid location.
{
ValidationError();
UpdateInsertionPointForward(nSelectionStart);
}
}
}
else
{
if(nChar==VK_BACK)
{
// Backspace performs two functions, if there is a selection,
// then the backspace is the same as deleting the selection.
// If there is no selection, then the backspace deletes the
// first non-literal character to the left.
if(nSelectionStart==nSelectionEnd)
{
if (nSelectionStart >= 1)
{
while (nSelectionStart>=0)
{
nSelectionStart--; // Do the equivalent of a backspace.
if (DeleteRange(nSelectionStart, nSelectionEnd))
{
Update(nSelectionStart);
break;
}
nSelectionEnd--;
}
}
}
else if(DeleteRange(nSelectionStart, nSelectionEnd))
{
Update(nSelectionStart);
}
else // Must be on a literal, so continue moving to left
// and re-attempting the delete until we either delete
// a character or run out of characters.
{
if (nSelectionStart >= 1)
{
while (nSelectionStart>=0)
{
nSelectionStart--; // Do the equivalent of a backspace.
if (DeleteRange(nSelectionStart, nSelectionEnd))
{
Update(nSelectionStart);
break;
}
nSelectionEnd--;
}
}
}
}
else
// let edit control to do its job
CEdit::OnChar(nChar, nRepCnt, nFlags);
}
}
/** Add a new entry, same as "SetAtGrow(GetSize(), ...)"
* @return the index of the newly added row
*/
int c4_View::Add(const c4_RowRef& newElem_)
{
int i = GetSize();
InsertAt(i, newElem_);
return i;
}
long scCharArray::ReadText( scSpecRun& specRun,
APPCtxPtr ctxPtr,
IOFuncPtr readFunc,
int charset )
{
UCS2 ch,
lastCh;
long ret;
long i;
CharRecord chRecBuf[kMaxCharBuf];
CharRecord chRec;
TypeSpec ts = specRun.SpecAtOffset( 0 );
scDBCSDetector detector( ts );
i = 0;
for ( lastCh = '\0'; (ret = scAPPReadCharacter( ctxPtr, readFunc, ch, detector )) == 1L; ) {
if ( ch < 256 && !sc_CharType[(ch)+1] )
continue;
if ( ch == scHardReturn )
break;
#ifdef JAPANESE //j
if ( IntlScript() != smJapanese )
{ // this does not work well with japanese fonts
if ( ch == '"' )
{
if ( lastCh == ' ' || lastCh == '\0' )
ch = 0xD2;
else
ch = 0xD3;
}
else if ( ch == '-' ) {
if ( lastCh == '-' ) {
if ( (chRec-1)->character == '-' ) {
(chRec-1)->character = emDash;
continue;
}
}
}
}
#endif JAPANESE
chRecBuf[i].ClearFlags();
chRecBuf[i].character = ch;
chRecBuf[i++].escapement = 0;
if ( i == kMaxCharBuf ) {
InsertAt( GetNumItems() - 1, (ElementPtr)chRecBuf, kMaxCharBuf );
i = 0;
}
lastCh = ch;
}
if ( i )
InsertAt( GetNumItems() - 1, (ElementPtr)chRecBuf, i );
Validate();
return ret;
}
int8 *Guest::Ram::MapAdd(const void *persist, int32 dev_lo, int32 dev_hi, const MemHandlers *handlers) {
GuestDev *dev = FindPersist(persist);
if(!dev) {
ZSSERT(0);
return 0;
}
if(dev_lo > dev_hi) {
Piston::Gui::MessageBox::Show(Piston::StringBuilder::Build(L"'",
dev->GetName(), L"' requested a memory map from 0x",
Piston::String::Renderhex(dev_lo).PadLeft(dev_lo <= 0xffff ? 4 : 8, L'0'), L" to 0x",
Piston::String::Renderhex(dev_hi).PadLeft(dev_lo <= 0xffff ? 4 : 8, L'0'), L". Lower "
L"bound is greater than upper bound."), Piston::Gui::MessageBox::Icons::Warning);
return 0;
}
int i;
for(i = 0; i < MapCount; ++i)
if(dev_lo <= maps[i].mem_hi) {
if(dev_hi <= maps[i].mem_hi) {
if(!InsertAt(i)) goto MapSpaceMsg;
maps[i].Set(persist, dev_lo - 1, dev_hi, handlers);
return ram + dev_lo;
} else // dev_hi > maps[i].mem_hi
goto OverlapMsg;
} else if(dev_lo <= maps[i].dev_hi)
goto OverlapMsg;
{
Piston::StringBuilder err(L"An internal memory map error occured when '");
err.Append(dev->GetName());
err.Append(L"' requested a memory map from 0x");
err.Append(Piston::String::Renderhex(dev_lo).PadLeft(dev_hi <= 0xffff ? 4 : 8, L'0'));
err.Append(L" to 0x");
err.Append(Piston::String::Renderhex(dev_hi).PadLeft(dev_hi <= 0xffff ? 4 : 8, L'0'));
err.Append(L".\r\n\r\nMap dump:");
for(int j = 0; j < MapCount; ++j) {
err.Append(L"\r\n[");
err.Append(Piston::String::Render(i).PadLeft(2, L'0'));
err.Append(L"]: 0x");
err.Append(Piston::String::Renderhex(maps[j].dev_hi).PadLeft(8, L'0'));
err.Append(L"-0x");
err.Append(Piston::String::Renderhex(maps[j].mem_hi).PadLeft(8, L'0'));
err.Append(L", '");
err.Append(FindPersist(maps[j].dev_persist)->GetName());
err.Append(L"'");
if(maps[j].dev_hi == 0xffffffff)
break;
}
Piston::Gui::MessageBox::Show(err.Render(), Piston::Gui::MessageBox::Icons::Warning);
}
return 0;
MapSpaceMsg:
Piston::Gui::MessageBox::Show(Piston::StringBuilder::Build(L"Ran out of memory map space when '",
dev->GetName(), L"' requested a memory map from 0x",
Piston::String::Renderhex(dev_lo).PadLeft(dev_hi <= 0xffff ? 4 : 8, L'0'), L" to 0x",
Piston::String::Renderhex(dev_hi).PadLeft(dev_hi <= 0xffff ? 4 : 8, L'0'), L"."),
Piston::Gui::MessageBox::Icons::Warning);
return 0;
OverlapMsg:
Piston::Gui::MessageBox::Show(Piston::StringBuilder::Build(L"'",
dev->GetName(), L"' requested a memory map from 0x",
Piston::String::Renderhex(dev_lo).PadLeft(dev_hi <= 0xffff ? 4 : 8, L'0'), L" to 0x",
Piston::String::Renderhex(dev_hi).PadLeft(dev_hi <= 0xffff ? 4 : 8, L'0'),
L". This overlaps with memory range ",
Piston::String::Renderhex(maps[i].mem_hi + 1).PadLeft(maps[i].dev_hi <= 0xffff ? 4 : 8, L'0'), L" to 0x",
Piston::String::Renderhex(maps[i].dev_hi).PadLeft(maps[i].dev_hi <= 0xffff ? 4 : 8, L'0'),
L" already mapped by '" + FindPersist(maps[i].dev_persist)->GetName(), L"'."),
Piston::Gui::MessageBox::Icons::Warning);
return 0;
}
void processMsg(void)
{
struct IntuiMessage *msg;
struct DropMessage *dm;
int source,target;
while(!ende)
{
WaitPort(win->UserPort);
while((msg = GTD_GetIMsg(win->UserPort)) != 0)
{
imsg = *msg;
if (imsg.Class == IDCMP_OBJECTDROP)
{
if ((dm = imsg.IAddress) != 0)
{
if (!dm->dm_Object.od_Owner && dm->dm_Target)
{
target = dm->dm_Target->GadgetID;
switch(target)
{
case 1:
case 2:
source = dm->dm_Gadget->GadgetID;
if (source < 3)
{
source--; target--;
GT_SetGadgetAttrs(lvgad[0],win,NULL,GTLV_Labels,~0L,TAG_END);
GT_SetGadgetAttrs(lvgad[1],win,NULL,GTLV_Labels,~0L,TAG_END);
if (target)
MoveTo(dm->dm_Object.od_Object,&list[source],dm->dm_SourceEntry,&list[target],dm->dm_TargetEntry);
else
{
Remove(dm->dm_Object.od_Object);
AddTail(&list[target],dm->dm_Object.od_Object);
}
GT_SetGadgetAttrs(lvgad[0],win,NULL,GTLV_Labels,&list[0],TAG_END);
GT_SetGadgetAttrs(lvgad[1],win,NULL,GTLV_Labels,&list[1],TAG_END);
}
else
{
target--;
GT_SetGadgetAttrs(lvgad[target],win,NULL,GTLV_Labels,~0L,TAG_END);
if ((node = AllocMem(sizeof(struct Node),MEMF_CLEAR | MEMF_PUBLIC)) != 0)
{
node->ln_Name = in.in_Name;
InsertAt(&list[target],node,dm->dm_TargetEntry);
}
GT_SetGadgetAttrs(lvgad[target],win,NULL,GTLV_Labels,&list[target],TAG_END);
}
break;
case 3:
DisplayBeep(NULL);
break;
case 4:
case 5:
source = dm->dm_Gadget->GadgetID-1;
GT_SetGadgetAttrs(lvgad[source],win,NULL,GTLV_Labels,~0L,TAG_END);
if (target == 4)
{
if ((node = AllocMem(sizeof(struct Node),MEMF_CLEAR | MEMF_PUBLIC)) != 0)
{
node->ln_Name = ((struct ImageNode *)dm->dm_Object.od_Object)->in_Name;
AddTail(&list[source],node);
}
}
else
{
Remove((struct Node *)dm->dm_Object.od_Object);
FreeMem(dm->dm_Object.od_Object,sizeof(struct Node));
}
GT_SetGadgetAttrs(lvgad[source],win,NULL,GTLV_Labels,&list[source],TAG_END);
break;
}
}
else if (!dm->dm_Object.od_Owner)
{
DisplayBeep(NULL); // unsupported drag?!
}
else if (!stricmp(dm->dm_Object.od_Owner,"dragtest"))
{
char t[256];
if (GTD_GetString(&dm->dm_Object,t,256))
ErrorRequest("I do not want a node from a clone of mine.\nEspecially, I don't like \"%s\".",t);
}
else if (!strcmp(dm->dm_Object.od_Owner,"intuition"))
ErrorRequest("An object from a custom gadget?\nThat's nothing for me.",dm->dm_Object.od_Owner);
else
ErrorRequest("An object from %s?\nSounds interesting.",dm->dm_Object.od_Owner);
}
else
DisplayBeep(NULL);
}
GTD_ReplyIMsg(msg);
switch(imsg.Class)
{
case IDCMP_GADGETDOWN:
break;
case IDCMP_GADGETUP:
switch(((struct Gadget *)imsg.IAddress)->GadgetID)
{
case 3:
GT_SetGadgetAttrs(lvgad[0],win,NULL,GTLV_Labels,~0L,TAG_END);
if ((node = AllocMem(sizeof(struct Node),MEMF_CLEAR | MEMF_PUBLIC)) != 0)
{
node->ln_Name = in.in_Name;
AddTail(&list[0],node);
}
GT_SetGadgetAttrs(lvgad[0],win,NULL,GTLV_Labels,&list[0],TAG_END);
break;
}
break;
case IDCMP_CLOSEWINDOW:
ende = TRUE;
break;
}
}
}
}
int CKData::MergeKData( CKData * pother )
{
if( !pother || pother->GetSize() == 0 )
return 0;
if( GetKType() != pother->GetKType() )
return 0;
if( GetSize() == 0 )
{
CopyData( *pother );
return GetSize();
}
int nCount = 0;
SetSize( GetSize(), pother->GetSize()+1 );
for( int i=0; i<pother->GetSize(); i++ )
{
KDATA kdnew = pother->ElementAt(i);
if( kdnew.m_fClose < 1e-4 || kdnew.m_fOpen < 1e-4 || kdnew.m_fHigh < 1e-4 || kdnew.m_fLow < 1e-4 )
continue;
for( int j=0; j<GetSize(); j++ )
{
if( kdnew.m_date == ElementAt(j).m_date )
{
SetAt(j,kdnew);
break;
}
if( kdnew.m_date < ElementAt(j).m_date )
{
InsertAt(j,kdnew);
break;
}
}
if( GetSize() == j )
Add( kdnew );
nCount ++;
}
return nCount;
/* The Old Version
if( !pother || pother->GetSize() == 0 )
return GetSize();
if( GetKType() != pother->GetKType() )
return GetSize();
if( GetSize() == 0 )
{
CopyData( *pother );
return GetSize();
}
int nLen = GetSize();
int nLenOther = pother->GetSize();
SP_ASSERT( 0 != nLen && 0 != nLenOther );
if( ElementAt(nLen-1).m_date < pother->ElementAt(0).m_date )
CopyData( *pother );
// else if( ElementAt(0).m_date > pother->ElementAt(nLenOther-1).m_date )
// ;
// else if( ElementAt(0).m_date <= pother->ElementAt(0).m_date
// && ElementAt(nLen-1).m_date >= pother->ElementAt(nLenOther-1).m_date )
// ;
else if( ElementAt(0).m_date > pother->ElementAt(0).m_date
&& ElementAt(nLen-1).m_date < pother->ElementAt(nLenOther-1).m_date )
CopyData( *pother );
else if( ElementAt(0).m_date <= pother->ElementAt(0).m_date
&& ElementAt(nLen-1).m_date < pother->ElementAt(nLenOther-1).m_date )
{
// append from pother
DWORD date = ElementAt(nLen-1).m_date;
SetSize( GetSize(), pother->GetSize() );
for( int i=0; i<pother->GetSize(); i++ )
{
KDATA & kd = pother->ElementAt(i);
if( kd.m_date > m_data )
Add( kd );
}
}
else if( ElementAt(0).m_date >= pother->ElementAt(0).m_date
&& ElementAt(nLen-1).m_date > pother->ElementAt(nLenOther-1).m_date )
{
// insert from pother
CKData temp = (*pother);
DWORD date = pother->ElementAt(nLenOther-1).m_date;
temp.SetSize( temp.GetSize(), GetSize()+5 );
for( int i=0; i<GetSize(); i++ )
{
KDATA & kd = ElementAt(i);
if( kd.m_date > date )
temp.Add( kd );
}
CopyData( temp );
}
return GetSize();
*/
}
CXTPChartTitle* CXTPChartTitleCollection::Add(CXTPChartTitle* pTitle)
{
InsertAt(GetCount(), pTitle);
return pTitle;
}
void vToken::SetSeparator( char *sep ,char *pOP,BOOL bEmpty)
{
#ifndef VTFIX
for (int i=0;i<m_arg.GetSize();i++)
m_arg[i].Close();
m_arg.RemoveAll();
#endif
nMaxArg = 0;
// separate tokens.
char *p = (char*)m_in.GetBuffer();
char *ret;
int max = strlen(p);
int ni = 0;
// copy
char *pcopy = new char[max+1];
strcpy(pcopy,p);
pcopy[max] = 0;
// synth
char newsep[100];
strcpy(newsep,sep);
strcat(newsep,pOP);
/*
// find former part. ex) when " (1+2)", ( cannot be neglected!.
ret = strtok(p,newsep);
if ( strlen(ret)!=strlen(p))
{
ret = strtok(p,sep);
for ( int i=0;i<strlen(ret);i++)
for ( int j=0;j<strlen(pOP);j++)
if ( ret[i]==pOP[j] ) Add(pOP[j]);
}
strcpy(p,pcopy);
*/
// general separating routine
while(*p!=0 )
{
ret = strtok(p,newsep);
if ( ret==NULL)
{
for ( int i=0;i<strlen(p);i++)
for ( int j=0;j<strlen(pOP);j++)
if ( p[i]==pOP[j] )
Add(vString(pOP[j]));
break;
}
char *p2 = p;
while( strlen(ret)!=strlen(p2))
{
for ( int j=0;j<strlen(pOP);j++)
if ( *p2==pOP[j] )
Add(vString(pOP[j]));
p2++;
}
strcpy(p,&pcopy[ni]);
ret = strtok(p,newsep);
Add(vString(ret));
int n = ni+strlen(p);
for ( int i=0;i<strlen(pOP);i++)
if ( pcopy[n]==pOP[i] )
{
Add(vString(pOP[i]));
break;
}
ni+=strlen(p);
p+=strlen(p);
p++;
ni++;
if ( ni>=max ) break;
}
delete pcopy;
if ( bEmpty)
for (int i=0;i<GetSize();i++)
{
CString tmp = m_arg[i];
BOOL bSep = FALSE;
int j;
for ( j=0;j<strlen(pOP);j++)
if ( tmp==pOP[j])
{
bSep = TRUE;
break;
}
if ( bSep)
{
CString tmp2;
if ( i+1<GetSize()) tmp2 = m_arg[i+1];
if ( tmp2.IsEmpty())
{
Add("");
return;
}
else
{
for ( j=0;j<strlen(pOP);j++)
if ( tmp2==pOP[j])
{
InsertAt("",i+1);
i++;
break;
}
}
}
}
}
bool OSDMenuKeyboard_EventHandler(word *event, dword *param1, dword *param2)
{
TRACEENTER();
(void) param2;
if(OSDMenuKeyboard_StringVarOrig == NULL)
{
TRACEEXIT();
return FALSE;
}
if(!OSDMenuKeyboard_GUIInitialized)
{
OSDMenuKeyboard_CursorPosition = strlenUC(OSDMenuKeyboard_StringVar);
OSDMenuKeyboard_TextStartPosition = 0;
KeyPadPosition = 0;
OSDMenuKeyboard_Draw();
OSDMenuKeyboard_TMSRemoteDirectMode(TRUE);
OSDMenuKeyboard_GUIInitialized = TRUE;
}
if(event)
{
switch(*event)
{
case EVT_KEY:
{
switch(*param1)
{
case RKEY_Right: //Zeichenauswahl rechts
case RKEY_VolUp:
{
KeyPadPosition++;
switch(KeyPadPosition)
{
case 8: KeyPadPosition = 0; break;
case 16: KeyPadPosition = 8; break;
case 24: KeyPadPosition = 16; break;
case 29: KeyPadPosition = 24; break;
}
OSDMenuKeyboard_Draw();
break;
}
case RKEY_Left: //Zeichenauswahl links
case RKEY_VolDown:
{
KeyPadPosition--;
switch(KeyPadPosition)
{
case -1: KeyPadPosition = 7; break;
case 7: KeyPadPosition = 15; break;
case 15: KeyPadPosition = 23; break;
case 23: KeyPadPosition = 28; break;
}
OSDMenuKeyboard_Draw();
break;
}
case RKEY_Down: //Zeichenauswahl hinunter
case RKEY_ChUp:
{
//Spezialbehandlung durch die 2 grossen Tasten
switch(KeyPadPosition)
{
case 18:
case 19: KeyPadPosition = 26; break;
case 20:
case 21: KeyPadPosition = 27; break;
case 22:
case 23: KeyPadPosition = 28; break;
case 24: KeyPadPosition = 0; break;
case 25: KeyPadPosition = 1; break;
case 26: KeyPadPosition = 2; break;
case 27: KeyPadPosition = 4; break;
case 28: KeyPadPosition = 6; break;
default: KeyPadPosition += 8;
}
OSDMenuKeyboard_Draw();
break;
}
case RKEY_Up: //Zeichenauswahl hoch
case RKEY_ChDown:
{
//Spezialbehandlung durch die 2 grossen Tasten
switch(KeyPadPosition)
{
case 0: KeyPadPosition = 24; break;
case 1: KeyPadPosition = 25; break;
case 2:
case 3: KeyPadPosition = 26; break;
case 4:
case 5: KeyPadPosition = 27; break;
case 6:
case 7: KeyPadPosition = 28; break;
case 27: KeyPadPosition = 20; break;
case 28: KeyPadPosition = 22; break;
default: KeyPadPosition -= 8;
}
OSDMenuKeyboard_Draw();
break;
}
case RKEY_Next: //Cursor rechts
{
OSDMenuKeyboard_CursorRight();
break;
}
case RKEY_Prev: //Cursor links
{
OSDMenuKeyboard_CursorLeft();
break;
}
case RKEY_Slow: //Cursor ans Ende
{
OSDMenuKeyboard_CursorEnd();
break;
}
case RKEY_Ok: //Zeichen übernehmen
{
switch(KeyPadPosition)
{
case 26:
{
if(strlen(OSDMenuKeyboard_StringVar) < OSDMenuKeyboard_StringMaxLen)
{
InsertAt(OSDMenuKeyboard_StringVar, OSDMenuKeyboard_CursorPosition, " ");
OSDMenuKeyboard_CursorPosition++;
OSDMenuKeyboard_Draw();
}
break;
}
case 27:
{
OSDMenuKeyboard_DeleteLeft();
break;
}
case 28:
{
OSDMenuKeyboard_SaveAndFinish();
TRACEEXIT();
return TRUE;
}
default:
{
if(strlen(OSDMenuKeyboard_StringVar) < OSDMenuKeyboard_StringMaxLen)
{
InsertAt(OSDMenuKeyboard_StringVar, OSDMenuKeyboard_CursorPosition, Keypad[KeyPadMode][KeyPadPosition]);
OSDMenuKeyboard_CursorPosition++;
OSDMenuKeyboard_Draw();
}
}
}
break;
}
case RKEY_Info: //Zeichensatz ändern
case RKEY_Play:
{
KeyPadMode++;
if(KeyPadMode >= KPM_NrModes) KeyPadMode = 0;
OSDMenuKeyboard_Draw();
break;
}
case RKEY_Pause: //Zwischen normalen und CAPS Zeichen wechseln
{
if(KeyPadMode == KPM_Standard)
KeyPadMode = KPM_CAPS;
else
KeyPadMode = KPM_Standard;
OSDMenuKeyboard_Draw();
break;
}
case RKEY_Forward: //Zeichen rechts löschen
{
OSDMenuKeyboard_DeleteRight();
break;
}
case RKEY_Rewind: //Zeichen links löschen
{
OSDMenuKeyboard_DeleteLeft();
break;
}
case RKEY_Recall: //Original wiederherstellen
{
memset(OSDMenuKeyboard_StringVar, 0, OSDMenuKeyboard_StringMaxLen + 4);
strncpy(OSDMenuKeyboard_StringVar, OSDMenuKeyboard_StringVarOrig, OSDMenuKeyboard_StringMaxLen);
StrMkUTF8(OSDMenuKeyboard_StringVar, 9);
OSDMenuKeyboard_CursorPosition = strlenUC(OSDMenuKeyboard_StringVar);
OSDMenuKeyboard_Draw();
break;
}
case RKEY_Blue: //Gesamten Text löschen
{
memset(OSDMenuKeyboard_StringVar, 0, OSDMenuKeyboard_StringMaxLen + 4);
OSDMenuKeyboard_CursorPosition = 0;
OSDMenuKeyboard_Draw();
break;
}
case RKEY_Yellow: //Add *text*
{
if((strlen(OSDMenuKeyboard_StringVar) < OSDMenuKeyboard_StringMaxLen) && (OSDMenuKeyboard_StringVar[0] != '*')) InsertAt(OSDMenuKeyboard_StringVar, 0, "*");
if((strlen(OSDMenuKeyboard_StringVar) < OSDMenuKeyboard_StringMaxLen) && (OSDMenuKeyboard_StringVar[strlen(OSDMenuKeyboard_StringVar) - 1] != '*')) strcat(OSDMenuKeyboard_StringVar, "*");
OSDMenuKeyboard_Draw();
break;
}
case RKEY_Exit: //Speichern und beenden
{
OSDMenuKeyboard_SaveAndFinish();
TRACEEXIT();
return TRUE;
}
}
*param1 = 0;
break;
}
case EVT_TMSREMOTEASCII:
{
switch(*param1)
{
case 0x08: //BS
{
OSDMenuKeyboard_DeleteLeft();
break;
}
case 0x0D: //CR
{
OSDMenuKeyboard_SaveAndFinish();
TRACEEXIT();
return TRUE;
}
case 0x1B: //ESC
{
OSDMenuKeyboard_SaveAndFinish();
TRACEEXIT();
return TRUE;
}
case 0x7f: //Del
{
OSDMenuKeyboard_DeleteRight();
break;
}
case 0x0124: //Pos1
{
OSDMenuKeyboard_CursorPosition = 0;
OSDMenuKeyboard_Draw();
break;
}
case 0x0123: //End
{
OSDMenuKeyboard_CursorPosition = strlen(OSDMenuKeyboard_StringVar);
OSDMenuKeyboard_Draw();
break;
}
case 0x0125: //Left
{
OSDMenuKeyboard_CursorLeft();
break;
}
case 0x0127: //Right
{
OSDMenuKeyboard_CursorRight();
break;
}
case 0x0170: //F1 = RED
{
OSDMenuKeyboard_Finish();
TRACEEXIT();
return TRUE;
}
case 0x0171: //F2 = GREEN
{
OSDMenuKeyboard_SaveAndFinish();
TRACEEXIT();
return TRUE;
}
case 0x0173: //F4 = BLUE
{
memset(OSDMenuKeyboard_StringVar, 0, OSDMenuKeyboard_StringMaxLen + 4);
OSDMenuKeyboard_CursorPosition = 0;
OSDMenuKeyboard_Draw();
break;
}
default:
{
//ASCII Codes
if((*param1 < 0x100) && (((*param1 >= 0x20) && (*param1 < 0x7f)) || (*param1 >= 0xa0)))
{
if(strlen(OSDMenuKeyboard_StringVar) < OSDMenuKeyboard_StringMaxLen)
{
char ToBeInserted[8];
ToBeInserted[0] = *param1;
ToBeInserted[1] = '\0';
ToBeInserted[2] = '\0';
ToBeInserted[3] = '\0';
ToBeInserted[4] = '\0';
StrMkUTF8(ToBeInserted, 9);
InsertAt(OSDMenuKeyboard_StringVar, OSDMenuKeyboard_CursorPosition, ToBeInserted);
OSDMenuKeyboard_CursorPosition++;
OSDMenuKeyboard_Draw();
}
}
}
}
break;
}
}
}
TRACEEXIT();
return FALSE;
}
void PyView::insertAt(int i, PyObject* o) {
c4_Row temp;
makeRow(temp, o);
InsertAt(i, temp);
}
bool HexDoc::InsertAt(uint64 nIndex, uint8 src, THSIZE nCount /*= 1*/)
{
return InsertAt(nIndex, &src, 1, nCount);
}
static int Insert(ElementType *SC,CHAR_TYPE *newval)
{
return InsertAt(SC,0,newval);
}