Children mainParse(I& be, I& en, Pos& pos) {
Children ret;
while(be != en) {
eatWhitespaceComment(be, en, pos);
if(test(be, en, "<{{")) {
ret.push_back(std::move(parseC(be, en, pos)));
} else if(test(be, en, '<')) {
ret.push_back(std::move(parseNode(be, en, pos)));
} else if(test(be, en, '>')) {
eat(be, '>', pos);
break;
} else {
I iter;
TNodeType type;
if(!test(be, en, "&{{") && *be == '&') {
iter = eatUntil(be, en, "\n", pos);
/*for(iter = be; !test(iter, en, '\n') && !test(iter, en, "//");
increment(iter, pos))
{
}
if(test(be, en, "//")) {
eatWhitespaceComment(be, en, pos);
}*/
type = TNodeType::SingleCppLine;
} else {
iter = eatUntil(be, en, "\n>", pos);
for(iter = be;
!test(iter, en, '\n') && !test(iter, en, "//") && !test(iter, en, '>');
increment(iter, pos))
{
}
if(test(be, en, "//")) {
eatWhitespaceComment(be, en, pos);
}
type = TNodeType::Text;
}
auto posCopy = pos;
//std::cout<<"||| "<<std::string(be, iter)<<std::endl;
ret.push_back(
std::make_unique<TNode>(std::string(be, iter), posCopy, type
)
);
be = iter;
char iterC = *iter;
eat(be, iterC, pos);
if(iterC == '>')
{
break;
}
}
eatWhitespaceComment(be, en, pos);
}
return ret;
}
NPtr parseHeader(I& be, I& en, Pos& pos) {
eatWhitespaceComment(be, en, pos);
auto beCopy = be;
if(test(beCopy, en, "<{{")) {
return parseC(be, en, pos);
} else {
return std::make_unique<CNode>("", pos);
}
}
Steps::Steps( const char* vlist, const char* clist, const char* elist, int nIn )
: vstepsLen( 1 ), cstepsLen( 1 ), estepsLen( 1 ), seatSteps( NULL ),
v( 0 ), c( 0 ), e( -1 ), n( nIn )
{
if ( vlist ) {
parseV( vlist );
} else {
vsteps = (int*)malloc( sizeof(int) );
vstepsLen = 0;
}
if ( clist ) {
parseC( clist );
} else {
csteps = (int*)malloc( sizeof(int) );
cstepsLen = 0;
}
if ( elist ) {
parseE( elist );
} else {
esteps = (float*)malloc( sizeof(float) );
estepsLen = 0;
}
}
// ======================>>> vTextEditor::paintLine <<<=====================
void vedTextEditor::paintLine(char* linout, int lineStart,
int hiStart, int hiLast, long lineNum)
{
// paint a line.
// linout: the line to output with tabs converted to spaces, etc.
// lineStart: where to begin printing the line (for hoiz. scrolling)
// hiStart, hiLast: reverse text attribute
// lineNum: the real line number in the buffer this is.
// This version overrides the original to handle syntax highlighting
ChrAttr attrs[MAX_LINE+1]; // for attributes
int wasComment = 0;
int linlen = strlen(linout);
if (linlen <= 0) // only draw if there!
return;
for (int ix = 0 ; ix <= MAX_LINE ; ++ix) // assume normal
attrs[ix] = stdColor[curColors];
// Parse the line for syntax
if (GetFileType() == CPP) // if a C file, parse
wasComment = parseC(linout,attrs,lineNum,CPP);
else if (GetFileType() == Java) // if a Java file, parse
wasComment = parseC(linout,attrs,lineNum,Java);
else if (GetFileType() == Perl) // if a Perl file, parse
wasComment = parseC(linout,attrs,lineNum,Perl);
else if (GetFileType() == Fortran) // if a Fortran file, parse
wasComment = parseFortran(linout,attrs,lineNum);
else if (GetFileType() == HTML) // if a HTML file, parse
wasComment = parseHTML(linout,attrs,lineNum);
else if (GetFileType() == TeX) // if a TeX file, parse
wasComment = parseTeX(linout,attrs,lineNum);
else if (GetFileType() == gccError || GetFileType() == bccError)
{
int ig = 0;
while (isSpace(linout[ig]))
++ig;
if (linout[ig] == '>' || linout[ig] == '+')
{
if (linout[ig] == '+')
attrs[ig++] = dirColor[curColors];
while (linout[ig])
attrs[ig++] = keyColor[curColors];
}
else if (linout[ig] == '!' || linout[ig] == '*')
{
if (linout[ig] == '*')
attrs[ig++] = dirColor[curColors];
while (linout[ig])
attrs[ig++] = constColor[curColors];
}
}
// Now fill in highlight attributes
for (int ih = 0 ; linout[ih] != 0 ; ++ih)
{
if (ih >= hiStart && ih < hiLast)
attrs[ih] = getHighlight(); // override syntax colors
}
if ( ((videApp*)theApp)->isBP(((VCmdWindow*)_parent)->GetFileName(),
lineNum))
{
for (int ij = 0 ; linout[ij] != 0 ; ++ij)
{
attrs[ij] = ChBlackOnBG | ChYellow;
}
}
if ( (((videApp*)theApp)->getBreakPoints())->
checkIfCurPC(((VCmdWindow*)_parent)->GetFileName(),
lineNum))
{
for (int ij = 0 ; linout[ij] != 0 ; ++ij)
{
attrs[ij] = ChBlackOnBG | ChRed;
}
}
// new - V version 1.23 - added DrawAttrsText
DrawAttrsText((const char*)&linout[lineStart], (const ChrAttr*)&attrs[lineStart]);
// old code - dumb, slow way to do this
// for (int ixx = lineStart ; linout[ixx] != 0 ; ++ixx)
// DrawChar(linout[ixx],attrs[ixx]);
}
