Array<int32> FontData::getXAdvances(const String& codePoints)
{
if (!render(codePoints))
{
return Array<int32>();
}
Array<int32> xAdvabces;
for (const auto codePoint : codePoints)
{
if (codePoint == U'\t')
{
xAdvabces.push_back(m_tabWidth);
}
else if (IsControl(codePoint))
{
xAdvabces.push_back(0);
}
else
{
const auto& glyphInfo = m_glyphs[m_glyphIndexTable[codePoint]];
xAdvabces.push_back(glyphInfo.xAdvance);
}
}
return xAdvabces;
}
void wxToolBarTool::SetSize(const wxSize& size)
{
if ( IsControl() )
{
GetControl()->SetSize( size ) ;
}
}
// ---------------------------------------------------------
// TCodParser::EndOfLine()
// ---------------------------------------------------------
//
void TCodParser::EndOfLine()
{
while ( iCurP < iEndP )
{
if ( *iCurP == KCodLineFeed )
{
// LF found -> done. This is the lookahead.
break;
}
else if ( *iCurP == KCodCarriageRet )
{
// CR found -> may be CR LF (that's OK) or CR alone (error).
if ( iCurP + 1 < iEndP && *(iCurP + 1) == KCodLineFeed )
{
// CR LF found-> done. Lookahead is the LF.
iCurP ++;
break;
}
// CR without LF is unexpected.
Error( KErrCodInvalidDescriptor );
}
if ( IsValueChar() || IsControl() )
{
// Valuechar or CTL unexpected.
Error( KErrCodInvalidDescriptor );
}
iCurP++;
}
}
sf::Vector2f GUI_Element::GetGlobalPosition() const{
sf::Vector2f position = GetPosition();
if (m_owner == nullptr || m_owner == this){ return position; }
position += m_owner->GetGlobalPosition();
if (IsControl()){ return position; }
position.x -= m_owner->m_scrollHorizontal;
position.y -= m_owner->m_scrollVertical;
return position;
}
wxToolBarToolBase::~wxToolBarToolBase()
{
#if wxUSE_MENUS
delete m_dropdownMenu;
#endif
if ( IsControl() )
GetControl()->Destroy();
}
RectF FontData::getRegion(const String& codePoints, const double lineSpacingScale)
{
if (!render(codePoints))
{
return RectF(0);
}
Vec2 penPos(0, 0);
Vec2 minPos(DBL_MAX, DBL_MAX);
Vec2 maxPos(DBL_MIN, DBL_MIN);
int32 lineCount = 0;
for (const auto codePoint : codePoints)
{
if (codePoint == U'\n')
{
penPos.x = 0;
penPos.y += m_lineSpacing * lineSpacingScale;
++lineCount;
}
else if (codePoint == U'\t')
{
minPos.x = std::min(minPos.x, penPos.x);
minPos.y = std::min(minPos.y, penPos.y + m_ascender);
maxPos.x = std::max(maxPos.x, penPos.x + m_tabWidth);
maxPos.y = std::max(maxPos.y, penPos.y);
penPos.x += m_tabWidth;
}
else if (!IsControl(codePoint))
{
if (lineCount == 0)
{
++lineCount;
}
const auto& glyphInfo = m_glyphs[m_glyphIndexTable[codePoint]];
const RectF region(penPos + glyphInfo.offset, glyphInfo.bitmapRect.size);
const int32 characterWidth = glyphInfo.xAdvance;
minPos.x = std::min(minPos.x, region.x);
minPos.y = std::min(minPos.y, region.y);
maxPos.x = std::max(maxPos.x, penPos.x + characterWidth);
maxPos.y = std::max(maxPos.y, region.y + region.h);
penPos.x += glyphInfo.xAdvance;
}
}
if (minPos == Vec2(DBL_MAX, DBL_MAX))
{
return RectF(0);
}
return RectF(0, 0, maxPos.x, lineCount * m_lineSpacing * lineSpacingScale);
}
void wxToolBarTool::SetPosition(const wxPoint& position)
{
m_x = position.x;
m_y = position.y;
int x , y ;
x = y = 0 ;
int mac_x = position.x ;
int mac_y = position.y ;
if ( ! GetToolBar()->MacGetTopLevelWindow()->MacUsesCompositing() )
{
GetToolBar()->MacWindowToRootWindow( &x , &y ) ;
mac_x += x;
mac_y += y;
}
if ( IsButton() )
{
Rect contrlRect ;
GetControlBounds( m_controlHandle , &contrlRect ) ;
int former_mac_x = contrlRect.left ;
int former_mac_y = contrlRect.top ;
GetToolBar()->GetToolSize() ;
if ( mac_x != former_mac_x || mac_y != former_mac_y )
{
UMAMoveControl( m_controlHandle , mac_x , mac_y ) ;
}
}
else if ( IsControl() )
{
GetControl()->Move( position ) ;
}
else
{
// separator
#ifdef __WXMAC_OSX__
Rect contrlRect ;
GetControlBounds( m_controlHandle , &contrlRect ) ;
int former_mac_x = contrlRect.left ;
int former_mac_y = contrlRect.top ;
if ( mac_x != former_mac_x || mac_y != former_mac_y )
{
UMAMoveControl( m_controlHandle , mac_x , mac_y ) ;
}
#endif
}
}
RectF FontData::draw(const String& codePoints, const Vec2& pos, const ColorF& color, double lineSpacingScale)
{
if (!render(codePoints))
{
return RectF(pos, 0);
}
Vec2 penPos(pos);
double maxPosX = DBL_MIN;
int32 lineCount = 0;
for (const auto codePoint : codePoints)
{
if (codePoint == U'\n')
{
penPos.x = pos.x;
penPos.y += m_lineSpacing * lineSpacingScale;
++lineCount;
continue;
}
else if (codePoint == U'\t')
{
maxPosX = std::max(maxPosX, penPos.x + m_tabWidth);
penPos.x += m_tabWidth;
continue;
}
else if (!IsControl(codePoint))
{
if (lineCount == 0)
{
++lineCount;
}
const auto& glyphInfo = m_glyphs[m_glyphIndexTable[codePoint]];
const RectF region = m_texture(glyphInfo.bitmapRect).draw(penPos + glyphInfo.offset, color);
const int32 characterWidth = glyphInfo.xAdvance;
maxPosX = std::max(maxPosX, region.x + characterWidth);
penPos.x += glyphInfo.xAdvance;
}
}
if (!lineCount)
{
return RectF(pos, 0);
}
return RectF(pos, maxPosX - pos.x, lineCount * m_lineSpacing * lineSpacingScale);
}
const char* GetO65OptionText (const O65Option* O)
/* Return the data of the given option as a readable text. The function returns
* a pointer to a static buffer that is reused on the next call, so if in doubt,
* make a copy (and no, the function is not thread safe).
*/
{
static char Buf[256];
unsigned I, J;
/* Get the length of the text */
unsigned Len = 0;
while (Len < O->Len && O->Data[Len] != '\0') {
++Len;
}
/* Copy into the buffer converting non readable characters */
I = J = 0;
while (I < sizeof (Buf) - 1 && J < Len) {
if (!IsControl (O->Data[J])) {
Buf[I++] = O->Data[J];
} else {
Buf[I++] = '\\';
if (I >= sizeof (Buf) - 4) {
--I;
break;
}
switch (O->Data[J]) {
case '\t': Buf[I++] = 't'; break;
case '\b': Buf[I++] = 'b'; break;
case '\n': Buf[I++] = 'n'; break;
case '\r': Buf[I++] = 'r'; break;
case '\v': Buf[I++] = 'v'; break;
default:
sprintf (Buf + I, "x%02X", O->Data[J]);
I += 3;
break;
}
}
++J;
}
/* Terminate the string and return it */
Buf[I] = '\0';
return Buf;
}
Array<Glyph> FontData::getGlyphs(const String& codePoints)
{
if (!render(codePoints))
{
return Array<Glyph>(codePoints.size());
}
Array<Glyph> glyphs;
int32 index = 0;
for (const auto codePoint : codePoints)
{
Glyph glyph;
glyph.codePoint = codePoint;
glyph.index = index;
if (codePoint == U'\n')
{
}
else if (codePoint == U'\t')
{
glyph.xAdvance = m_tabWidth;
}
else if (IsControl(codePoint))
{
}
else
{
const auto& glyphInfo = m_glyphs[m_glyphIndexTable[codePoint]];
glyph.texture = m_texture(glyphInfo.bitmapRect);
glyph.offset = glyphInfo.offset;
glyph.bearingY = glyphInfo.bearingY;
glyph.xAdvance = glyphInfo.xAdvance;
}
glyphs.push_back(glyph);
++index;
}
return glyphs;
}
void CParser::ParseExpression()
{
Clear();
SkipSpaces();
ProceedUnary();
while (pos < sz) {
SkipSpaces();
char curChar = src[pos];
if (IsControl(curChar)) {
break;
} else if (IsDigit(curChar)) {
ParseNumber();
} else if (curChar == '(') {
ops.push_front(0); // 0 instead '('
++pos;
ProceedUnary();
} else if (curChar == ')') {
while (!ops.empty() && ops.front()!=0) {
Simplify();
}
ops.pop_front();
++pos;
} else if (OpPriority(curChar) >= 0) {
ProceedOperator();
} else {
ParseName();
}
} // !while (pos < lim)
while(st.size() > 1 || !ops.empty()) {
Simplify();
} //
if (st.size() != 1 || !ops.empty()) {
Clear();
throw AST::ASTException("Miss parameters");
}
_pProgram->AddExpression(st.front());
st.pop_front();
}
wxSize GetSize() const
{
if ( IsControl() )
{
return GetControl()->GetSize() ;
}
else if ( IsButton() )
{
return GetToolBar()->GetToolSize() ;
}
else
{
// separator size
wxSize sz = GetToolBar()->GetToolSize() ;
if ( GetToolBar()->GetWindowStyleFlag() & wxTB_VERTICAL )
sz.y /= 4 ;
else
sz.x /= 4 ;
return sz ;
}
}
bool wxToolBarTool::DoEnable(bool enable)
{
if ( IsControl() )
{
GetControl()->Enable( enable ) ;
}
else if ( IsButton() )
{
#if TARGET_API_MAC_OSX
if ( enable )
EnableControl( m_controlHandle ) ;
else
DisableControl( m_controlHandle ) ;
#else
if ( enable )
ActivateControl( m_controlHandle ) ;
else
DeactivateControl( m_controlHandle ) ;
#endif
}
return true ;
}
wxToolBarToolBase::~wxToolBarToolBase()
{
delete m_dropdownMenu;
if ( IsControl() )
GetControl()->Destroy();
}
void GUI_Element::ApplyStyle(){
ApplyTextStyle();
ApplyBgStyle();
ApplyGlyphStyle();
if (m_owner != this && !IsControl()){ m_owner->AdjustContentSize(this); }
}
void InfoNextTok (void)
/* Read the next token from the input stream */
{
unsigned I;
char DecodeBuf [2];
Again:
/* Skip whitespace */
SkipBlanks (0);
/* Remember the current position */
InfoErrorLine = InputLine;
InfoErrorCol = InputCol;
/* Identifier? */
if (C == '_' || IsAlpha (C)) {
/* Read the identifier */
I = 0;
while (C == '_' || IsAlNum (C)) {
if (I < CFG_MAX_IDENT_LEN) {
InfoSVal [I++] = C;
}
NextChar ();
}
InfoSVal [I] = '\0';
InfoTok = INFOTOK_IDENT;
return;
}
/* Hex number? */
if (C == '$') {
NextChar ();
if (!IsXDigit (C)) {
InfoError ("Hex digit expected");
}
InfoIVal = 0;
while (IsXDigit (C)) {
InfoIVal = InfoIVal * 16 + DigitVal (C);
NextChar ();
}
InfoTok = INFOTOK_INTCON;
return;
}
/* Decimal number? */
if (IsDigit (C)) {
InfoIVal = GetDecimalToken ();
InfoTok = INFOTOK_INTCON;
return;
}
/* Other characters */
switch (C) {
case '{':
NextChar ();
InfoTok = INFOTOK_LCURLY;
break;
case '}':
NextChar ();
InfoTok = INFOTOK_RCURLY;
break;
case ';':
NextChar ();
InfoTok = INFOTOK_SEMI;
break;
case '.':
NextChar ();
InfoTok = INFOTOK_DOT;
break;
case ',':
NextChar ();
InfoTok = INFOTOK_COMMA;
break;
case '=':
NextChar ();
InfoTok = INFOTOK_EQ;
break;
case ':':
NextChar ();
InfoTok = INFOTOK_COLON;
break;
case '\"':
NextChar ();
I = 0;
InfoSVal[0] = '\0';
while (C != EOF && C != '\"') {
if (GetEncodedChar (InfoSVal, &I, sizeof InfoSVal) < 0) {
if (C == EOF) {
InfoError ("Unterminated string");
} else {
InfoError ("Invalid escape char: %c", C);
}
}
}
if (C != '\"') {
InfoError ("Unterminated string");
}
NextChar ();
InfoTok = INFOTOK_STRCON;
break;
case '\'':
NextChar ();
if (C == EOF || IsControl (C) || C == '\'') {
InfoError ("Invalid character constant");
}
if (GetEncodedChar (DecodeBuf, &I, sizeof DecodeBuf) < 0 || I != 1) {
InfoError ("Invalid character constant");
}
InfoIVal = DecodeBuf [0];
if (C != '\'') {
InfoError ("Unterminated character constant");
}
NextChar ();
InfoTok = INFOTOK_CHARCON;
break;
case '#':
/* # lineno "sourcefile" or # comment */
if (SyncLines && InputCol == 1) {
LineMarkerOrComment ();
} else {
do {
NextChar ();
} while (C != EOF && C != '\n');
NextChar ();
}
if (C != EOF) {
goto Again;
}
InfoTok = INFOTOK_EOF;
break;
case '/':
/* C++ style comment */
NextChar ();
if (C != '/') {
InfoError ("Invalid token '/'");
}
do {
NextChar ();
} while (C != '\n' && C != EOF);
if (C != EOF) {
goto Again;
}
InfoTok = INFOTOK_EOF;
break;
case EOF:
InfoTok = INFOTOK_EOF;
break;
default:
InfoError ("Invalid character '%c'", C);
}
}
void NextRawTok (void)
/* Read the next raw token from the input stream */
{
Macro* M;
/* If we've a forced end of assembly, don't read further */
if (ForcedEnd) {
CurTok.Tok = TOK_EOF;
return;
}
Restart:
/* Check if we have tokens from another input source */
if (InputFromStack ()) {
if (CurTok.Tok == TOK_IDENT && (M = FindDefine (&CurTok.SVal)) != 0) {
/* This is a define style macro - expand it */
MacExpandStart (M);
goto Restart;
}
return;
}
Again:
/* Skip whitespace, remember if we had some */
if ((CurTok.WS = IsBlank (C)) != 0) {
do {
NextChar ();
} while (IsBlank (C));
}
/* Mark the file position of the next token */
Source->Func->MarkStart (Source);
/* Clear the string attribute */
SB_Clear (&CurTok.SVal);
/* Generate line info for the current token */
NewAsmLine ();
/* Hex number or PC symbol? */
if (C == '$') {
NextChar ();
/* Hex digit must follow or DollarIsPC must be enabled */
if (!IsXDigit (C)) {
if (DollarIsPC) {
CurTok.Tok = TOK_PC;
return;
} else {
Error ("Hexadecimal digit expected");
}
}
/* Read the number */
CurTok.IVal = 0;
while (1) {
if (UnderlineInNumbers && C == '_') {
while (C == '_') {
NextChar ();
}
if (!IsXDigit (C)) {
Error ("Number may not end with underline");
}
}
if (IsXDigit (C)) {
if (CurTok.IVal & 0xF0000000) {
Error ("Overflow in hexadecimal number");
CurTok.IVal = 0;
}
CurTok.IVal = (CurTok.IVal << 4) + DigitVal (C);
NextChar ();
} else {
break;
}
}
/* This is an integer constant */
CurTok.Tok = TOK_INTCON;
return;
}
/* Binary number? */
if (C == '%') {
NextChar ();
/* 0 or 1 must follow */
if (!IsBDigit (C)) {
Error ("Binary digit expected");
}
/* Read the number */
CurTok.IVal = 0;
while (1) {
if (UnderlineInNumbers && C == '_') {
while (C == '_') {
NextChar ();
}
if (!IsBDigit (C)) {
Error ("Number may not end with underline");
}
}
if (IsBDigit (C)) {
if (CurTok.IVal & 0x80000000) {
Error ("Overflow in binary number");
CurTok.IVal = 0;
}
CurTok.IVal = (CurTok.IVal << 1) + DigitVal (C);
NextChar ();
} else {
break;
}
}
/* This is an integer constant */
CurTok.Tok = TOK_INTCON;
return;
}
/* Number? */
if (IsDigit (C)) {
char Buf[16];
unsigned Digits;
unsigned Base;
unsigned I;
long Max;
unsigned DVal;
/* Ignore leading zeros */
while (C == '0') {
NextChar ();
}
/* Read the number into Buf counting the digits */
Digits = 0;
while (1) {
if (UnderlineInNumbers && C == '_') {
while (C == '_') {
NextChar ();
}
if (!IsXDigit (C)) {
Error ("Number may not end with underline");
}
}
if (IsXDigit (C)) {
/* Buf is big enough to allow any decimal and hex number to
** overflow, so ignore excess digits here, they will be detected
** when we convert the value.
*/
if (Digits < sizeof (Buf)) {
Buf[Digits++] = C;
}
NextChar ();
} else {
break;
}
}
/* Allow zilog/intel style hex numbers with a 'h' suffix */
if (C == 'h' || C == 'H') {
NextChar ();
Base = 16;
Max = 0xFFFFFFFFUL / 16;
} else {
Base = 10;
Max = 0xFFFFFFFFUL / 10;
}
/* Convert the number using the given base */
CurTok.IVal = 0;
for (I = 0; I < Digits; ++I) {
if (CurTok.IVal > Max) {
Error ("Number out of range");
CurTok.IVal = 0;
break;
}
DVal = DigitVal (Buf[I]);
if (DVal >= Base) {
Error ("Invalid digits in number");
CurTok.IVal = 0;
break;
}
CurTok.IVal = (CurTok.IVal * Base) + DVal;
}
/* This is an integer constant */
CurTok.Tok = TOK_INTCON;
return;
}
/* Control command? */
if (C == '.') {
/* Remember and skip the dot */
NextChar ();
/* Check if it's just a dot */
if (!IsIdStart (C)) {
/* Just a dot */
CurTok.Tok = TOK_DOT;
} else {
/* Read the remainder of the identifier */
SB_AppendChar (&CurTok.SVal, '.');
ReadIdent ();
/* Dot keyword, search for it */
CurTok.Tok = FindDotKeyword ();
if (CurTok.Tok == TOK_NONE) {
/* Not found */
if (!LeadingDotInIdents) {
/* Invalid pseudo instruction */
Error ("'%m%p' is not a recognized control command", &CurTok.SVal);
goto Again;
}
/* An identifier with a dot. Check if it's a define style
** macro.
*/
if ((M = FindDefine (&CurTok.SVal)) != 0) {
/* This is a define style macro - expand it */
MacExpandStart (M);
goto Restart;
}
/* Just an identifier with a dot */
CurTok.Tok = TOK_IDENT;
}
}
return;
}
/* Indirect op for sweet16 cpu. Must check this before checking for local
** symbols, because these may also use the '@' symbol.
*/
if (CPU == CPU_SWEET16 && C == '@') {
NextChar ();
CurTok.Tok = TOK_AT;
return;
}
/* Local symbol? */
if (C == LocalStart) {
/* Read the identifier. */
ReadIdent ();
/* Start character alone is not enough */
if (SB_GetLen (&CurTok.SVal) == 1) {
Error ("Invalid cheap local symbol");
goto Again;
}
/* A local identifier */
CurTok.Tok = TOK_LOCAL_IDENT;
return;
}
/* Identifier or keyword? */
if (IsIdStart (C)) {
/* Read the identifier */
ReadIdent ();
/* Check for special names. Bail out if we have identified the type of
** the token. Go on if the token is an identifier.
*/
switch (SB_GetLen (&CurTok.SVal)) {
case 1:
switch (toupper (SB_AtUnchecked (&CurTok.SVal, 0))) {
case 'A':
if (C == ':') {
NextChar ();
CurTok.Tok = TOK_OVERRIDE_ABS;
} else {
CurTok.Tok = TOK_A;
}
return;
case 'F':
if (C == ':') {
NextChar ();
CurTok.Tok = TOK_OVERRIDE_FAR;
return;
}
break;
case 'S':
if ((CPU == CPU_4510) || (CPU == CPU_65816)) {
CurTok.Tok = TOK_S;
return;
}
break;
case 'X':
CurTok.Tok = TOK_X;
return;
case 'Y':
CurTok.Tok = TOK_Y;
return;
case 'Z':
if (C == ':') {
NextChar ();
CurTok.Tok = TOK_OVERRIDE_ZP;
return;
} else {
if (CPU == CPU_4510) {
CurTok.Tok = TOK_Z;
return;
}
}
break;
default:
break;
}
break;
case 2:
if ((CPU == CPU_4510) &&
(toupper (SB_AtUnchecked (&CurTok.SVal, 0)) == 'S') &&
(toupper (SB_AtUnchecked (&CurTok.SVal, 1)) == 'P')) {
CurTok.Tok = TOK_S;
return;
}
/* FALL THROUGH */
default:
if (CPU == CPU_SWEET16 &&
(CurTok.IVal = Sweet16Reg (&CurTok.SVal)) >= 0) {
/* A sweet16 register number in sweet16 mode */
CurTok.Tok = TOK_REG;
return;
}
}
/* Check for define style macro */
if ((M = FindDefine (&CurTok.SVal)) != 0) {
/* Macro - expand it */
MacExpandStart (M);
goto Restart;
} else {
/* An identifier */
CurTok.Tok = TOK_IDENT;
}
return;
}
/* Ok, let's do the switch */
CharAgain:
switch (C) {
case '+':
NextChar ();
CurTok.Tok = TOK_PLUS;
return;
case '-':
NextChar ();
CurTok.Tok = TOK_MINUS;
return;
case '/':
NextChar ();
if (C != '*') {
CurTok.Tok = TOK_DIV;
} else if (CComments) {
/* Remember the position, then skip the '*' */
Collection LineInfos = STATIC_COLLECTION_INITIALIZER;
GetFullLineInfo (&LineInfos);
NextChar ();
do {
while (C != '*') {
if (C == EOF) {
LIError (&LineInfos, "Unterminated comment");
ReleaseFullLineInfo (&LineInfos);
DoneCollection (&LineInfos);
goto CharAgain;
}
NextChar ();
}
NextChar ();
} while (C != '/');
NextChar ();
ReleaseFullLineInfo (&LineInfos);
DoneCollection (&LineInfos);
goto Again;
}
return;
case '*':
NextChar ();
CurTok.Tok = TOK_MUL;
return;
case '^':
NextChar ();
CurTok.Tok = TOK_XOR;
return;
case '&':
NextChar ();
if (C == '&') {
NextChar ();
CurTok.Tok = TOK_BOOLAND;
} else {
CurTok.Tok = TOK_AND;
}
return;
case '|':
NextChar ();
if (C == '|') {
NextChar ();
CurTok.Tok = TOK_BOOLOR;
} else {
CurTok.Tok = TOK_OR;
}
return;
case ':':
NextChar ();
switch (C) {
case ':':
NextChar ();
CurTok.Tok = TOK_NAMESPACE;
break;
case '-':
CurTok.IVal = 0;
do {
--CurTok.IVal;
NextChar ();
} while (C == '-');
CurTok.Tok = TOK_ULABEL;
break;
case '+':
CurTok.IVal = 0;
do {
++CurTok.IVal;
NextChar ();
} while (C == '+');
CurTok.Tok = TOK_ULABEL;
break;
case '=':
NextChar ();
CurTok.Tok = TOK_ASSIGN;
break;
default:
CurTok.Tok = TOK_COLON;
break;
}
return;
case ',':
NextChar ();
CurTok.Tok = TOK_COMMA;
return;
case ';':
NextChar ();
while (C != '\n' && C != EOF) {
NextChar ();
}
goto CharAgain;
case '#':
NextChar ();
CurTok.Tok = TOK_HASH;
return;
case '(':
NextChar ();
CurTok.Tok = TOK_LPAREN;
return;
case ')':
NextChar ();
CurTok.Tok = TOK_RPAREN;
return;
case '[':
NextChar ();
CurTok.Tok = TOK_LBRACK;
return;
case ']':
NextChar ();
CurTok.Tok = TOK_RBRACK;
return;
case '{':
NextChar ();
CurTok.Tok = TOK_LCURLY;
return;
case '}':
NextChar ();
CurTok.Tok = TOK_RCURLY;
return;
case '<':
NextChar ();
if (C == '=') {
NextChar ();
CurTok.Tok = TOK_LE;
} else if (C == '<') {
NextChar ();
CurTok.Tok = TOK_SHL;
} else if (C == '>') {
NextChar ();
CurTok.Tok = TOK_NE;
} else {
CurTok.Tok = TOK_LT;
}
return;
case '=':
NextChar ();
CurTok.Tok = TOK_EQ;
return;
case '!':
NextChar ();
CurTok.Tok = TOK_BOOLNOT;
return;
case '>':
NextChar ();
if (C == '=') {
NextChar ();
CurTok.Tok = TOK_GE;
} else if (C == '>') {
NextChar ();
CurTok.Tok = TOK_SHR;
} else {
CurTok.Tok = TOK_GT;
}
return;
case '~':
NextChar ();
CurTok.Tok = TOK_NOT;
return;
case '\'':
/* Hack: If we allow ' as terminating character for strings, read
** the following stuff as a string, and check for a one character
** string later.
*/
if (LooseStringTerm) {
ReadStringConst ('\'');
if (SB_GetLen (&CurTok.SVal) == 1) {
CurTok.IVal = SB_AtUnchecked (&CurTok.SVal, 0);
CurTok.Tok = TOK_CHARCON;
} else {
CurTok.Tok = TOK_STRCON;
}
} else {
/* Always a character constant */
NextChar ();
if (C == EOF || IsControl (C)) {
Error ("Illegal character constant");
goto CharAgain;
}
CurTok.IVal = C;
CurTok.Tok = TOK_CHARCON;
NextChar ();
if (C != '\'') {
if (!MissingCharTerm) {
Error ("Illegal character constant");
}
} else {
NextChar ();
}
}
return;
case '\"':
ReadStringConst ('\"');
CurTok.Tok = TOK_STRCON;
return;
case '\\':
/* Line continuation? */
if (LineCont) {
NextChar ();
/* Next char should be a LF, if not, will result in an error later */
if (C == '\n') {
/* Ignore the '\n' */
NextChar ();
goto Again;
} else {
/* Make it clear what the problem is: */
Error ("EOL expected.");
}
}
break;
case '\n':
NextChar ();
CurTok.Tok = TOK_SEP;
return;
case EOF:
CheckInputStack ();
/* In case of the main file, do not close it, but return EOF. */
if (Source && Source->Next) {
DoneCharSource ();
goto Again;
} else {
CurTok.Tok = TOK_EOF;
}
return;
}
/* If we go here, we could not identify the current character. Skip it
** and try again.
*/
Error ("Invalid input character: 0x%02X", C & 0xFF);
NextChar ();
goto Again;
}
bool IsPrintable(const char &ch)
{
return !IsControl(ch);
}
bool FontData::draw(const String& codePoints, const RectF& area, const ColorF& color, const double lineSpacingScale)
{
if (!render(codePoints))
{
return false;
}
const double width = area.w;
const double height = area.h;
std::u32string adjustedText;
bool needDots = false;
if (m_lineSpacing > height)
{
return false;
}
{
Vec2 penPos(0, 0);
for (const auto& codePoint : codePoints)
{
if (codePoint == U'\n')
{
penPos.y += m_lineSpacing * lineSpacingScale;
if (penPos.y + m_lineSpacing <= height)
{
penPos.x = 0;
adjustedText.push_back(U'\n');
continue;
}
else
{
needDots = true;
break;
}
}
else if (codePoint == U'\t')
{
const int32 characterWidth = m_tabWidth;
if (penPos.x + characterWidth <= width)
{
penPos.x += characterWidth;
adjustedText.push_back(codePoint);
continue;
}
else
{
penPos.y += m_lineSpacing * lineSpacingScale;
if (penPos.y + m_lineSpacing <= height)
{
if (characterWidth > width)
{
return false;
}
penPos.x = characterWidth;
adjustedText.push_back(U'\n');
adjustedText.push_back(codePoint);
continue;
}
else
{
needDots = true;
break;
}
}
}
else if (IsControl(codePoint))
{
continue;
}
const auto& glyphInfo = m_glyphs[m_glyphIndexTable[codePoint]];
const int32 characterWidth = glyphInfo.offset.x + glyphInfo.bitmapRect.w;
if (penPos.x + characterWidth <= width)
{
penPos.x += glyphInfo.xAdvance;
adjustedText.push_back(codePoint);
continue;
}
else
{
penPos.y += m_lineSpacing * lineSpacingScale;
if (penPos.y + m_lineSpacing <= height)
{
if (glyphInfo.xAdvance > width)
{
return false;
}
penPos.x = glyphInfo.xAdvance;
adjustedText.push_back(U'\n');
adjustedText.push_back(codePoint);
continue;
}
else
{
needDots = true;
break;
}
}
}
if (needDots)
{
if (!render(String(1, U'.')))
{
return false;
}
const auto& dotGlyph = m_glyphs[m_glyphIndexTable[U'.']];
const int32 dotWidth = dotGlyph.offset.x + dotGlyph.bitmapRect.w;
const int32 dotsWidth = dotGlyph.xAdvance * 2 + dotWidth;
while (!adjustedText.empty())
{
const char32 codePoint = adjustedText.back();
if (codePoint == U'\n')
{
break;
}
if (width - penPos.x >= dotsWidth)
{
break;
}
const auto& glyphInfo = m_glyphs[m_glyphIndexTable[codePoint]];
penPos.x -= glyphInfo.xAdvance;
adjustedText.pop_back();
}
if (width - penPos.x >= dotsWidth)
{
adjustedText.append(U"...");
}
}
}
{
Vec2 penPos(area.pos);
int32 lineCount = 0;
for (const auto& codePoint : adjustedText)
{
if (codePoint == U'\n')
{
penPos.x = area.x;
penPos.y += m_lineSpacing * lineSpacingScale;
++lineCount;
continue;
}
else if (codePoint == U'\t')
{
penPos.x += m_tabWidth;
continue;
}
else if (IsControl(codePoint))
{
continue;
}
if (lineCount == 0)
{
++lineCount;
}
const auto& glyphInfo = m_glyphs[m_glyphIndexTable[codePoint]];
m_texture(glyphInfo.bitmapRect).draw(penPos + glyphInfo.offset, color);
penPos.x += glyphInfo.xAdvance;
}
}
return !needDots;
}
TCodParser::TCodAttr TCodParser::AttrName()
{
TCodAttr attr( ECodUnknownAttr );
const TText* start = iCurP;
while
(
iCurP < iEndP &&
!IsControl() &&
!IsSeparator() &&
*iCurP != KCodCarriageRet &&
*iCurP != KCodLineFeed
)
{
iCurP++;
}
TPtrC token( start, iCurP - start );
if ( !token.Length() )
{
Error( KErrCodInvalidDescriptor );
}
else if ( !token.Compare( KCodName ) )
{
attr = ECodName;
}
else if ( !token.Compare( KCodVendor ) )
{
attr = ECodVendor;
}
else if ( !token.Compare( KCodDescription ) )
{
attr = ECodDescription;
}
else if ( !token.Compare( KCodUrl ) )
{
attr = ECodUrl;
}
else if ( !token.Compare( KCodSize ) )
{
attr = ECodSize;
}
else if ( !token.Compare( KCodType ) )
{
attr = ECodType;
}
else if ( !token.Compare( KCodInstallNotify ) )
{
attr = ECodInstallNotify;
}
else if ( !token.Compare( KCodNextUrl ) )
{
attr = ECodNextUrl;
}
else if ( !token.Compare( KCodNextUrlAtError ) )
{
attr = ECodNextUrlAtError;
}
else if ( !token.Compare( KCodInfoUrl ) )
{
attr = ECodInfoUrl;
}
else if ( !token.Compare( KCodPrice ) )
{
attr = ECodPrice;
}
else if ( !token.Compare( KCodIcon ) )
{
attr = ECodIcon;
}
CLOG(( EParse, 4, _L("TCodParser::AttrName token<%S> attr(%d)"), \
&token, attr ));
return attr;
}
// ---------------------------------------------------------
// TCodParser::IsValueChar()
// ---------------------------------------------------------
//
TBool TCodParser::IsValueChar() const
{
__ASSERT_DEBUG( iCurP < iEndP, CodPanic( ECodBufferOverread ) );
return ( !(IsControl() || IsWhiteSpace()) );
}