void BaseUnitTest()
{
bool baseOk = false;
SetConsoleTitle("Unit-Test: base.c/ base.h");
printf("\n\t\t\tTEST BEGINN");
baseOk = BaseInit("G:\\Coding\\buildcfg\\unittest\\base");
if(!baseOk){
printf("\aDatei konnte nicht geoeffnnet werden\n\n");
return;
}
printf("Test der Zeichen-Funktonen:\n\n");
printf("\t Erstes Zeichen, mit Cur(): %c, Pos: %ld [ \'a\' erwartet, Pos: 0 (\'a\') ]\n", Cur(), ftell( base->datei ) );
printf("\t Zweites Zeichen mit Next(): %c, Pos: %ld[ \'z\' erwartet, Pos: 0 (\'a\') ]\n", Next(), ftell( base->datei ) );
printf("\t Zweites Zeichen mit Fwd(): %c, Pos: %ld [\'z\' erwartet, Pos: 0 (\'z\') ]\n", Fwd(), ftell( base->datei) );
printf("\t Erstes Zeichen mit Last(): %c, Pos: %ld [\'a\' erwartet, Pos: 1 (\'z\') ]\n", Last(), ftell( base->datei) );
printf("\t Erstes Zeichen mit Rwd(): %c, Pos: %ld [\'a\' erwartet, Pos: 1 (\'a\') ]\n", Rwd(), ftell( base->datei ) );
printf("\t Erstes Zeichen mit Cur(): %c, Pos: %ld [\'a\' erwartet, Pos: 0 (\'a\') ]\n", Cur(), ftell( base->datei ) );
printf(" Skip(): ");
printf("\n\tIn Zeile 2 wechseln.\n\n");
while( Cur() != '\n'){
Fwd();
}
Fwd();
printf("\n\tSchleife beendet!");
Skip();
printf("\n\n\t naechtes Zeichen: %c, Zeile (F erwartet, in Zeile 13 oder so)\n\n", Cur());
printf(" GetLineCount():\n\n");
printf("\n\n\t\t200 Zeichen weiter...\n\n");
for(int i = 0; i < 200; i++) Fwd();
printf("\t\tDatei-Position vorher: %ld\n\n", ftell( base->datei ));
printf("\t\tDas sollte Zeile: %d sein.\n\n", GetLineCount());
printf("\t\tUnd das die Position nachher: %ld", ftell( base->datei ));
printf("\nBaseClose():\n\n");
BaseClose();
if( base ){
printf("\t\nBaseClose fehlgeschlagen!\n");
return;
}else{
printf("\t\nBaseClose erfolgreich!\n");
}
printf("\n\n\t\t\tTEST ABGESCHLOSSEN\n\n");
}
bool Parser::ParseBlendFactor(ngfx::BlendFactor & src, ngfx::BlendFactor & dst)
{
if (!LookAhead(Token::TOK_IDENTIFIER) || !IsBlendFactor(Cur().Str())) {
SpawnError("Parsing source Blend factor failed", "Unexpected token !");
return false;
}
src = blendFactorKeywords[Consume().Str()];
if (!LookAhead(Token::TOK_IDENTIFIER) || !IsBlendFactor(Cur().Str()))
{
SpawnError("Parsing dest Blend factor failed", "Unexpected token !");
return false;
}
dst = blendFactorKeywords[Consume().Str()];
return true;
}
Seg Reg::Next() {
cur++;
// if (cur >= v.size())
// cur = 0;
return Cur();
}
int GetPosInLine( )
{
int i = 0, curPos = ftell( base->datei );
for(i; Cur() != '\n'; i--)
Rwd();
fseek(base->datei, curPos, SEEK_SET);
return i*-1;
}
bool Eof()
{
if( feof(base->datei) || (Cur() == EOF) )
return true;
else{
fseek( base->datei, -1, SEEK_CUR);
return false;
}
}
NodePtr Parser::StencilZFail(std::unique_ptr<ParserNode> left, const Token & tok)
{
if (!IsStencilOperation(Cur())) {
SpawnError("Parsing zfail stencil operation failed");
return left;
}
StencilNode* stNode = static_cast<StencilNode*>(left.get());
stNode->m_ZFail = stencilKeywords[(std::string)Consume().Str()];
return left;
}
int Next()
{
int ret;
fseek( base->datei, 1, SEEK_CUR );
ret = Cur();
if( ret == EOF )
return EOF;
fseek( base->datei, -1, SEEK_CUR );
return ret;
}
NodePtr Parser::StencilComp(std::unique_ptr<ParserNode> left, const Token & tok)
{
if (!IsComparisonFunction(Cur())) {
SpawnError("Failed to parse stencil comparison function value", "Expected integer here");
return left;
}
StencilNode* stNode = static_cast<StencilNode*>(left.get());
stNode->m_Comp = comparisonKeywords[(std::string)Consume().Str()];
return left;
}
NodePtr Parser::StencilRef(std::unique_ptr<ParserNode> left, const Token & tok)
{
auto curTok = Cur();
if (!Match(Token::TOK_INTEGER)) {
SpawnError("Failed to parse stencil ref value", "Expected integer here");
return left;
}
StencilNode* stNode = static_cast<StencilNode*>(left.get());
stNode->m_Ref = curTok.Int();
return left;
}
int Skip()
{
printf("\nSkip()\n");
while( (!feof(base->datei)) && (Cur() != EOF) ){
switch( Cur() ){
//Nicht-druckbare Zeichen
printf("Skip: Loop: Nichts Druckbares!\n");
case '\t':
case '\a':
case '\b':
case '\f':
case '\v':
case '\r':
case '\n':
case ' ':
Fwd();
break;
case '/': //Kommentar (//)
printf("Skip Loop: Kommentar!\n");
if( Next() == '/') //Kommentar oder doch nur ein einzelner Backslash?
while( (!feof(base->datei) && (Cur() != EOF)) && (Cur() != '\n') ) Fwd(); //Zur Nächsten Zeile gehen.
else
return 0;
break;
case EOF:
printf("Skip Loop: EOF");
return 1;
default:
printf("Skip() beendet, gefundenes Zeichen %c\n", Cur());
return 0;
}
}
printf("Skip beendet, EOF!");
return 1;
}
bool Parser::ParseBlendFactor(ngfx::RenderTargetBlendState& src)
{
std::string tokStr = (std::string)Cur().Str();
if (tokStr == "Off") {
Consume();
src.blendEnable = false;
} else if (IsBlendFactor(Cur().Str())) {
if (!ParseBlendFactor(src.srcColor, src.destColor)) {
return false;
}
if (LookAhead(Token::TOK_COMMA)) { // Alpha
Consume();
if (!ParseBlendFactor(src.srcAlpha, src.destAlpha)) {
return false;
}
}
src.blendEnable = true;
} else {
SpawnError("Unexpected blend factor here", "See syntax on https://docs.unity3d.com/Manual/SL-Blend.html");
return false;
}
return true;
}
// Stencil Off | BLOCK
NodePtr Parser::Stencil(std::unique_ptr<ParserNode> left, const Token & tok)
{
auto CurTok = (std::string)Cur().Str();
ngfx::DepthStencilState* depthStencil = ExtractDepthStencil(left.get());
if (LookAhead(Token::TOK_LEFT_BRACE)) {
auto Stencil = StencilBlock();
//
} else if (CurTok == "Off") {
depthStencil->stencilTest = (false);
} else {
SpawnError("Parsing stencil state failed", "Expected \' or 'Off' here");
}
return left;
}
InputIterator ConvertIntegerToStringRadix( T Val, InputIterator Beg, InputIterator End )
{
Detail::TRadixAbstraction<T, RadixValue> RA;
typedef typename std::iterator_traits<InputIterator>::value_type TChar;
InputIterator Cur(Beg); //Текущий символ
InputIterator FirstDigit(Beg); //Первая записанная цифра
if( Val < 0 ) //Если число отрицательное выводим знак
{
if( Cur == End ) return Beg;
#pragma warning( push )
#pragma warning( disable: 4146 )
Val = -Val;
#pragma warning( pop )
*Cur = '-';
++Cur;
++FirstDigit;
}
do
{
if( Cur == End ) return Beg;
*Cur = RA.template toChar<TChar>( Val % RA.radix() );
++Cur;
Val /= RA.radix();
}
while( Val > 0 );
InputIterator RetVal(Cur); //Итератор стоящий за последним записанным символом
//Мы получили перевёрнутое число. Восстанавливаем нормальный порядок
--Cur;
TChar Tmp;
while( FirstDigit < Cur )
{
Tmp = *Cur; *Cur = *FirstDigit; *FirstDigit = Tmp;
++FirstDigit;
--Cur;
}
return RetVal;
}
irr::core::vector3df MouseTo3D(const MyEventReceiver& Receiver, irr::scene::ISceneCollisionManager *colMan, irr::scene::ITriangleSelector *triSel)
{
irr::core::position2d<irr::s32> Cur ( Receiver.MouseState.Position );
const irr::core::line3d<irr::f32> Ray = colMan->getRayFromScreenCoordinates(Cur);
irr::core::vector3df point;
irr::core::triangle3df triangle;
const irr::scene::ISceneNode *node = NULL;
if (colMan->getCollisionPoint( Ray, triSel, point, triangle, node))
return point;
return irr::core::vector3df(0,0,0);
}
bool Parser::ParseBlendOperation(ngfx::BlendOperation & color, ngfx::BlendOperation & alpha)
{
if (!IsBlendOperation(Cur().Str())) {
SpawnError("Failed to parse color blend operation");
return false;
}
color = blendOpKeywords[Consume().Str()];
if (Match(Token::TOK_COMMA)) {
Token alphaTok = Consume();
if (!IsBlendOperation(alphaTok.Str())) {
SpawnError("Failed to parse alpha blend operation");
return false;
}
alpha = blendOpKeywords[alphaTok.Str()];
}
return true;
}
int GetLineCount()
{
int ret = 0;
long int curP = ftell( base->datei );
// Alle \n vom Dateinfang bis zur aktuellen Position zählen.
rewind( base->datei );
for( int i = 0; i < curP; i++){
if( Cur() == '\n')
ret++;
Fwd();
}
//Dateizeiger wieder zur usrprünglichen positin
fseek( base->datei, curP, SEEK_SET );
return ret;
}
// Blend Off
// [Num] One Zero SrcColor SrcAlpha DstColor DstAlpha OneMinusSrcColor OneMinusSrcAlpha OneMinusDstColor OneMinusDstAlpha
// Blend N SrcFactor DstFactor
// Blend N SrcFactor DstFactor, SrcFactorA DstFactorA
// @see https://docs.unity3d.com/Manual/SL-Blend.html
NodePtr Parser::Blend(std::unique_ptr<ParserNode> left, const Token & tok)
{
auto CurTok = Cur();
ngfx::BlendState* BS = ExtractBlend(left.get());
if (CurTok.GetType() == Token::TOK_IDENTIFIER) {
if (!ParseBlendFactor(BS->renderTargets[0])) {
SpawnError("Parsing blend factor for RenderTarget0 failed");
return left;
}
} else if (CurTok.GetType() == Token::TOK_INTEGER) {
int target = Consume().Int();
if (!ParseBlendFactor(BS->renderTargets[target])) {
SpawnError("Parsing blend factor for RenderTarget failed");
return left;
}
} else {
SpawnError("Parsing blend factor failed, unexpected token", "");
return left;
}
return left;
}
// BlendOp [N] Op
// BlendOp [N] OpColor, OpAlpha
// Op: Add Sub RevSub Min Max LogicalClear LogicalSet LogicalNoop LogicalInvert LogicalAnd LogicalNand LogicalOr
// @see https://docs.unity3d.com/Manual/SL-Blend.html
NodePtr Parser::BlendOp(std::unique_ptr<ParserNode> left, const Token & tok)
{
ngfx::BlendState* BS = ExtractBlend(left.get());
auto CurTok = Cur();
if (Match(Token::TOK_INTEGER)) {
if (!ParseBlendOperation(BS->renderTargets[CurTok.Int()].colorOp,
BS->renderTargets[CurTok.Int()].alphaOp)) {
SpawnError("Failed to blend operation with Dest RenderTarget.");
return left;
}
} else if (CurTok.GetType() == Token::TOK_IDENTIFIER) {
if (!ParseBlendOperation(BS->renderTargets[0].colorOp,
BS->renderTargets[0].alphaOp)) {
SpawnError("Failed to blend operation with RenderTarget0");
return left;
}
} else {
SpawnError("Failed to blend operation with RenderTarget0", "Unexpected token");
}
return left;
}
bool BaseInit(const char* projPfd )
{
char* tmpCpy;
printf(" \nIn BaseInit:\n\n ");
if( !projPfd )
return false;
base = malloc( sizeof( PStatus ) );
tmpCpy = malloc( strlen(projPfd) + strlen("\\build.bcfg") + 5 );
if( (!base) || (!tmpCpy) )
return false;
// Build-Datei sollte unter projPfad\build.cfg gespeichert sein.
strcpy( tmpCpy, projPfd ); //Pfad zu Datei erstellen.
strcat(tmpCpy, "\\build.bcfg" );
printf("\tPfad: %s\n\n", tmpCpy);
base->datei = fopen( tmpCpy, "r");
if( !(base->datei) ){
printf("Datei konnte icht geoeffnet werden!");
return false;
}else{
printf("\tDatei erfolgreich geoeffnet, Cur(): %c\n\n", Cur() );
}
base->dir = projPfd;
base->pfad = tmpCpy;
return true;
}
Seg Face::Next() {
cur++;
return Cur();
}
int Rwd()
{
fseek( base->datei, -1, SEEK_CUR );
return Cur();
}
