UcciCommEnum BusyLine(UcciCommStruct &UcciComm, bool bDebug) {
char szLineStr[SE_LINE_INPUT_MAX_CHAR];
char *lp;
if (pipeInputReadLine(szLineStr)) {
if (bDebug) {
//printf("info busyline [%s]\n", szLineStr);
//fflush(stdout);
pipeOutputWrite("info busyline [%s]\n", szLineStr);
}
// "BusyLine"只能接收"isready"、"ponderhit"和"stop"这三条指令
if (false) {
} else if (StrEqv(szLineStr, "isready")) {
return UCCI_COMM_ISREADY;
} else if (StrEqv(szLineStr, "ponderhit draw")) {
return UCCI_COMM_PONDERHIT_DRAW;
// 注意：必须首先判断"ponderhit draw"，再判断"ponderhit"
} else if (StrEqv(szLineStr, "ponderhit")) {
return UCCI_COMM_PONDERHIT;
} else if (StrEqv(szLineStr, "stop")) {
return UCCI_COMM_STOP;
} else if (StrEqv(szLineStr, "quit")) {
return UCCI_COMM_QUIT;
} else {
lp = szLineStr;
if (StrEqvSkip(lp, "probe ")) {
return ParsePos(UcciComm, lp) ? UCCI_COMM_PROBE : UCCI_COMM_UNKNOWN;
} else {
return UCCI_COMM_UNKNOWN;
}
}
} else {
return UCCI_COMM_UNKNOWN;
}
}
UcciCommEnum IdleLine(UcciCommStruct &UcciComm, bool bDebug) {
char szLineStr[SE_LINE_INPUT_MAX_CHAR];
char *lp;
int i;
bool bGoTime;
while (!pipeInputReadLine(szLineStr)) {
Idle();
}
lp = szLineStr;
if (bDebug) {
//printf("info idleline [%s]\n", lp);
//fflush(stdout);
pipeOutputWrite("info idleline [%s]\n", lp);
}
if (false) {
// "IdleLine()"是最复杂的UCCI指令解释器，大多数的UCCI指令都由它来解释，包括：
// 1. "isready"指令
} else if (StrEqv(lp, "isready")) {
return UCCI_COMM_ISREADY;
// 2. "setoption <option> [<arguments>]"指令
} else if (StrEqvSkip(lp, "setoption ")) {
if (false) {
// (1) "batch"选项
} else if (StrEqvSkip(lp, "batch ")) {
UcciComm.Option = UCCI_OPTION_BATCH;
if (StrEqv(lp, "on")) {
UcciComm.bCheck = true;
} else if (StrEqv(lp, "true")) {
UcciComm.bCheck = true;
} else {
UcciComm.bCheck = false;
} // 由于"batch"选项默认是关闭的，所以只有设定"on"或"true"时才打开，下同
// (2) "debug"选项
} else if (StrEqvSkip(lp, "debug ")) {
UcciComm.Option = UCCI_OPTION_DEBUG;
if (StrEqv(lp, "on")) {
UcciComm.bCheck = true;
} else if (StrEqv(lp, "true")) {
UcciComm.bCheck = true;
} else {
UcciComm.bCheck = false;
}
// (3) "ponder"选项
} else if (StrEqvSkip(lp, "ponder ")) {
UcciComm.Option = UCCI_OPTION_PONDER;
if (StrEqv(lp, "on")) {
UcciComm.bCheck = true;
} else if (StrEqv(lp, "true")) {
UcciComm.bCheck = true;
} else {
UcciComm.bCheck = false;
}
// (4-1) "alwayscheck"选项
} else if (StrEqvSkip(lp, "alwayscheck ")) {
UcciComm.Option = UCCI_OPTION_ALWAYSCHECK;
if (StrEqv(lp, "on")) {
UcciComm.bCheck = true;
} else if (StrEqv(lp, "true")) {
UcciComm.bCheck = true;
} else {
UcciComm.bCheck = false;
}
// (4-2) "usehash"选项
} else if (StrEqvSkip(lp, "usehash ")) {
UcciComm.Option = UCCI_OPTION_USEHASH;
if (StrEqv(lp, "off")) {
UcciComm.bCheck = false;
} else if (StrEqv(lp, "false")) {
UcciComm.bCheck = false;
} else {
UcciComm.bCheck = true;
}
// (5) "usebook"选项
} else if (StrEqvSkip(lp, "usebook ")) {
UcciComm.Option = UCCI_OPTION_USEBOOK;
if (StrEqv(lp, "off")) {
UcciComm.bCheck = false;
} else if (StrEqv(lp, "false")) {
UcciComm.bCheck = false;
} else {
UcciComm.bCheck = true;
}
// (6) "useegtb"选项
} else if (StrEqvSkip(lp, "useegtb ")) {
UcciComm.Option = UCCI_OPTION_USEEGTB;
if (StrEqv(lp, "off")) {
UcciComm.bCheck = false;
} else if (StrEqv(lp, "false")) {
UcciComm.bCheck = false;
} else {
UcciComm.bCheck = true;
}
// (7) "bookfiles"选项
} else if (StrEqvSkip(lp, "bookfiles ")) {
UcciComm.Option = UCCI_OPTION_BOOKFILES;
UcciComm.szOption = lp;
// (8) "egtbpaths"选项
} else if (StrEqvSkip(lp, "egtbpaths ")) {
UcciComm.Option = UCCI_OPTION_EGTBPATHS;
UcciComm.szOption = lp;
// (9) "evalapi"选项
} else if (StrEqvSkip(lp, "evalapi ")) {
UcciComm.Option = UCCI_OPTION_EVALAPI;
UcciComm.szOption = lp;
// (10) "hashsize"选项
} else if (StrEqvSkip(lp, "hashsize ")) {
UcciComm.Option = UCCI_OPTION_HASHSIZE;
UcciComm.nSpin = Str2Digit(lp, 0, 1024);
// (11) "threads"选项
} else if (StrEqvSkip(lp, "threads ")) {
UcciComm.Option = UCCI_OPTION_THREADS;
UcciComm.nSpin = Str2Digit(lp, 0, 32);
// (12) "promotion"选项
} else if (StrEqvSkip(lp, "promotion ")) {
UcciComm.Option = UCCI_OPTION_PROMOTION;
if (StrEqv(lp, "on")) {
UcciComm.bCheck = true;
} else if (StrEqv(lp, "true")) {
UcciComm.bCheck = true;
} else {
UcciComm.bCheck = false;
}
// (13) "idle"选项
} else if (StrEqvSkip(lp, "idle ")) {
UcciComm.Option = UCCI_OPTION_IDLE;
if (false) {
} else if (StrEqv(lp, "none")) {
UcciComm.Grade = UCCI_GRADE_NONE;
} else if (StrEqv(lp, "small")) {
UcciComm.Grade = UCCI_GRADE_SMALL;
} else if (StrEqv(lp, "medium")) {
UcciComm.Grade = UCCI_GRADE_MEDIUM;
} else if (StrEqv(lp, "large")) {
UcciComm.Grade = UCCI_GRADE_LARGE;
} else {
UcciComm.Grade = UCCI_GRADE_NONE;
}
// (14) "pruning"选项
} else if (StrEqvSkip(lp, "pruning ")) {
UcciComm.Option = UCCI_OPTION_PRUNING;
if (false) {
} else if (StrEqv(lp, "none")) {
UcciComm.Grade = UCCI_GRADE_NONE;
} else if (StrEqv(lp, "small")) {
UcciComm.Grade = UCCI_GRADE_SMALL;
} else if (StrEqv(lp, "medium")) {
UcciComm.Grade = UCCI_GRADE_MEDIUM;
} else if (StrEqv(lp, "large")) {
UcciComm.Grade = UCCI_GRADE_LARGE;
} else {
UcciComm.Grade = UCCI_GRADE_LARGE;
}
// (15) "knowledge"选项
} else if (StrEqvSkip(lp, "knowledge ")) {
UcciComm.Option = UCCI_OPTION_KNOWLEDGE;
if (false) {
} else if (StrEqv(lp, "none")) {
UcciComm.Grade = UCCI_GRADE_NONE;
} else if (StrEqv(lp, "small")) {
UcciComm.Grade = UCCI_GRADE_SMALL;
} else if (StrEqv(lp, "medium")) {
UcciComm.Grade = UCCI_GRADE_MEDIUM;
} else if (StrEqv(lp, "large")) {
UcciComm.Grade = UCCI_GRADE_LARGE;
} else {
UcciComm.Grade = UCCI_GRADE_LARGE;
}
// (16) "randomness"选项
} else if (StrEqvSkip(lp, "randomness ")) {
UcciComm.Option = UCCI_OPTION_RANDOMNESS;
if (false) {
} else if (StrEqv(lp, "none")) {
UcciComm.Grade = UCCI_GRADE_NONE;
} else if (StrEqv(lp, "small")) {
UcciComm.Grade = UCCI_GRADE_SMALL;
} else if (StrEqv(lp, "medium")) {
UcciComm.Grade = UCCI_GRADE_MEDIUM;
} else if (StrEqv(lp, "large")) {
UcciComm.Grade = UCCI_GRADE_LARGE;
} else {
UcciComm.Grade = UCCI_GRADE_NONE;
}
// (17) "style"选项
} else if (StrEqvSkip(lp, "style ")) {
UcciComm.Option = UCCI_OPTION_STYLE;
if (false) {
} else if (StrEqv(lp, "solid")) {
UcciComm.Style = UCCI_STYLE_SOLID;
} else if (StrEqv(lp, "normal")) {
UcciComm.Style = UCCI_STYLE_NORMAL;
} else if (StrEqv(lp, "risky")) {
UcciComm.Style = UCCI_STYLE_RISKY;
} else {
UcciComm.Style = UCCI_STYLE_NORMAL;
}
// (18) "newgame"选项
} else if (StrEqv(lp, "newgame")) {
UcciComm.Option = UCCI_OPTION_NEWGAME;
// (19) 无法识别的选项，有扩充的余地
} else {
UcciComm.Option = UCCI_OPTION_UNKNOWN;
}
return UCCI_COMM_SETOPTION;
// 3. "position {<special_position> | fen <fen_string>} [moves <move_list>]"指令
} else if (StrEqvSkip(lp, "position ")) {
return ParsePos(UcciComm, lp) ? UCCI_COMM_POSITION : UCCI_COMM_UNKNOWN;
// 4. "banmoves <move_list>"指令，处理起来和"position ... moves ..."是一样的
} else if (StrEqvSkip(lp, "banmoves ")) {
UcciComm.nBanMoveNum = MIN((int) (strlen(lp) + 1) / 5, MAX_MOVE_NUM);
for (i = 0; i < UcciComm.nBanMoveNum; i ++) {
dwCoordList[i] = *(uint32_t *) lp;
lp += sizeof(uint32_t) + 1;
}
UcciComm.lpdwBanMovesCoord = dwCoordList;
return UCCI_COMM_BANMOVES;
// 5. "go [ponder | draw] <mode>"指令
} else if (StrEqvSkip(lp, "go ")) {
UcciComm.bPonder = UcciComm.bDraw = false;
// 首先判断到底是"go"、"go ponder"还是"go draw"
if (StrEqvSkip(lp, "ponder ")) {
UcciComm.bPonder = true;
} else if (StrEqvSkip(lp, "draw ")) {
UcciComm.bDraw = true;
}
// 然后判断思考模式
bGoTime = false;
if (false) {
} else if (StrEqvSkip(lp, "depth ")) {
UcciComm.Go = UCCI_GO_DEPTH;
UcciComm.nDepth = Str2Digit(lp, 0, UCCI_MAX_DEPTH);
} else if (StrEqvSkip(lp, "nodes ")) {
UcciComm.Go = UCCI_GO_NODES;
UcciComm.nDepth = Str2Digit(lp, 0, 2000000000);
} else if (StrEqvSkip(lp, "time ")) {
UcciComm.nTime = Str2Digit(lp, 0, 2000000000);
bGoTime = true;
// 如果没有说明是固定深度还是设定时限，就固定深度为"UCCI_MAX_DEPTH"
} else {
UcciComm.Go = UCCI_GO_DEPTH;
UcciComm.nDepth = UCCI_MAX_DEPTH;
}
// 如果是设定时限，就要判断是时段制还是加时制
if (bGoTime) {
if (false) {
} else if (StrScanSkip(lp, " movestogo ")) {
UcciComm.Go = UCCI_GO_TIME_MOVESTOGO;
UcciComm.nMovesToGo = Str2Digit(lp, 1, 999);
} else if (StrScanSkip(lp, " increment ")) {
UcciComm.Go = UCCI_GO_TIME_INCREMENT;
UcciComm.nIncrement = Str2Digit(lp, 0, 999999);
// 如果没有说明是时段制还是加时制，就设定为步数是1的时段制
} else {
UcciComm.Go = UCCI_GO_TIME_MOVESTOGO;
UcciComm.nMovesToGo = 1;
}
}
return UCCI_COMM_GO;
// 6. "stop"指令
} else if (StrEqv(lp, "stop")) {
return UCCI_COMM_STOP;
// 7. "probe {<special_position> | fen <fen_string>} [moves <move_list>]"指令
} else if (StrEqvSkip(lp, "probe ")) {
return ParsePos(UcciComm, lp) ? UCCI_COMM_PROBE : UCCI_COMM_UNKNOWN;
// 8. "quit"指令
} else if (StrEqv(lp, "quit")) {
return UCCI_COMM_QUIT;
// 9. 无法识别的指令
} else {
return UCCI_COMM_UNKNOWN;
}
}
int RazdsParser::ParseSYMB( FILE *fp, RuleHash *pHash )
{
int ret;
int bitmap_width;
char pbm_line[200]; // max bitmap width...
bool inserted = FALSE;
Rule *symb = (Rule*) calloc( 1, sizeof(Rule) );
plib->pAlloc->Add( symb );
Rule *symbtmp = NULL;
symb->exposition.SXPO = new wxString;
symb->bitmap.SBTM = new wxString;
wxString SVCT;
wxString SCRF;
sscanf( pBuf + 11, "%d", &symb->RCID );
ret = ReadS52Line( pBuf, NEWLN, 0, fp );
do {
MOD_REC ( SYMD ) {
strncpy( symb->name.SYNM, pBuf + 9, 8 );
symb->definition.SYDF = pBuf[17];
ParsePos( &symb->pos.symb, pBuf + 18, FALSE );
}
MOD_REC ( SXPO ) symb->exposition.SXPO->Append( wxString( pBuf + 9, wxConvUTF8 ) );
MOD_REC ( SBTM ) {
bitmap_width = symb->pos.symb.bnbox_w.SYHL;
if( bitmap_width > 200 ) wxLogMessage( _T ( "ParseSymb....bitmap too wide." ) );
#ifdef __WXOSX__ // bitmap_width > pbm_line ???
// buffer overflow attack possible so changed to strlcpy()
strlcpy( pbm_line, pBuf + 9, bitmap_width );
#else
strncpy( pbm_line, pBuf + 9, bitmap_width );
#endif
pbm_line[bitmap_width] = 0;
symb->bitmap.SBTM->Append( wxString( pbm_line, wxConvUTF8 ) );
}
MOD_REC ( SCRF ) SCRF.Append( wxString( pBuf + 9, wxConvUTF8 ) ); // CIDX+CTOK
MOD_REC ( SVCT ) SVCT.Append( wxString( pBuf + 9, wxConvUTF8 ) );
if( ( 0 == strncmp( "****", pBuf, 4 ) ) || ( ret == -1 ) ) {
symb->vector.SVCT = (char *) calloc( SVCT.Len() + 1, 1 );
strncpy( symb->vector.SVCT, SVCT.mb_str(), SVCT.Len() );
symb->colRef.SCRF = (char *) calloc( SCRF.Len() + 1, 1 );
strncpy( symb->colRef.SCRF, SCRF.mb_str(), SCRF.Len() );
// Create a key
char keyt[20];
strncpy( keyt, symb->name.SYNM, 8 );
keyt[8] = 0;
wxString key( keyt, wxConvUTF8 );
symbtmp = ( *pHash )[key];
if( NULL == symbtmp ) // not there, so....
( *pHash )[key] = symb; // insert in hash table
else // already something here with same key...
{
if( symb->name.SYNM != symbtmp->name.SYNM ) // if the pattern names are not identical
{
( *pHash )[key] = symb; // replace the pattern
plib->DestroyRuleNode( symbtmp ); // remember to free to replaced node
// the node itself is destroyed as part of pAlloc
}
}
inserted = TRUE;
}
ret = ReadS52Line( pBuf, NEWLN, 0, fp );
ChopS52Line( pBuf, '\0' );
} while( inserted == FALSE );
return ret;
}
int RazdsParser::ParsePATT( FILE *fp )
{
int ret;
int bitmap_width;
char pbm_line[200]; // max bitmap width...
char strk[20];
bool inserted = FALSE;
Rule *pattmp = NULL;
Rule *patt = (Rule*) calloc( 1, sizeof(Rule) );
plib->pAlloc->Add( patt );
patt->exposition.PXPO = new wxString;
patt->bitmap.PBTM = new wxString;
wxString PVCT;
wxString PCRF;
sscanf( pBuf + 11, "%d", &patt->RCID );
#ifdef __WXOSX__
ReadS52Line( pBuf, NEWLN, 0, fp );
#else
ret = ReadS52Line( pBuf, NEWLN, 0, fp );
#endif
do {
MOD_REC ( PATD ) {
strncpy( patt->name.PANM, pBuf + 9, 8 );
patt->definition.PADF = pBuf[17];
patt->fillType.PATP = pBuf[18]; // first character 'S' or 'L', for staggered or linear
patt->spacing.PASP = pBuf[21];
ParsePos( &patt->pos.patt, pBuf + 24, TRUE );
}
MOD_REC ( PXPO ) patt->exposition.PXPO->Append( wxString( pBuf + 9, wxConvUTF8 ) );
MOD_REC ( PCRF ) PCRF.Append( wxString( pBuf + 9, wxConvUTF8 ) ); // CIDX+CTOK
MOD_REC ( PVCT ) PVCT.Append( wxString( pBuf + 9, wxConvUTF8 ) );
MOD_REC ( PBTM ) {
bitmap_width = patt->pos.patt.bnbox_w.SYHL;
strncpy( pbm_line, pBuf + 9, bitmap_width );
pbm_line[bitmap_width] = 0;
patt->bitmap.SBTM->Append( wxString( pbm_line, wxConvUTF8 ) );
}
MOD_REC ( **** ) {
patt->vector.PVCT = (char *) calloc( PVCT.Len() + 1, 1 );
strncpy( patt->vector.PVCT, PVCT.mb_str(), PVCT.Len() );
patt->colRef.PCRF = (char *) calloc( PCRF.Len() + 1, 1 );
strncpy( patt->colRef.PCRF, PCRF.mb_str(), PCRF.Len() );
// check if key already there
strncpy( strk, patt->name.PANM, 8 );
strk[8] = 0;
wxString key( strk, wxConvUTF8 );
pattmp = ( *plib->_patt_sym )[key];
if( NULL == pattmp ) // not there, so....
( *plib->_patt_sym )[key] = patt; // insert in hash table
else // already something here with same key...
{
if( patt->name.PANM != pattmp->name.PANM ) // if the pattern names are not identical
{
( *plib->_patt_sym )[key] = patt; // replace the pattern
plib->DestroyPatternRuleNode( pattmp ); // remember to free to replaced node
// the node itself is destroyed as part of pAlloc
}
}
inserted = TRUE;
}
ret = ReadS52Line( pBuf, NEWLN, 0, fp );
ChopS52Line( pBuf, '\0' );
} while( inserted == FALSE );
return ret;
}
int RazdsParser::ParseLNST( FILE *fp )
{
int ret;
char strk[20];
bool inserted = FALSE;
Rule *lnstmp = NULL;
Rule *lnst = (Rule*) calloc( 1, sizeof(Rule) );
plib->pAlloc->Add( lnst );
lnst->exposition.LXPO = new wxString;
wxString LVCT;
wxString LCRF;
sscanf( pBuf + 11, "%d", &lnst->RCID );
#ifdef __WXOSX__
ReadS52Line( pBuf, NEWLN, 0, fp );
#else
ret = ReadS52Line( pBuf, NEWLN, 0, fp );
#endif
do {
MOD_REC ( LIND ) {
strncpy( lnst->name.LINM, pBuf + 9, 8 ); // could be empty!
ParsePos( &lnst->pos.line, pBuf + 17, FALSE );
}
MOD_REC ( LXPO ) lnst->exposition.LXPO->Append( wxString( pBuf + 9, wxConvUTF8 ) );
MOD_REC ( LCRF ) LCRF.Append( wxString( pBuf + 9, wxConvUTF8 ) ); // CIDX + CTOK
MOD_REC ( LVCT ) LVCT.Append( wxString( pBuf + 9, wxConvUTF8 ) );
MOD_REC ( **** ) {
lnst->vector.LVCT = (char *) calloc( LVCT.Len() + 1, 1 );
strncpy( lnst->vector.LVCT, LVCT.mb_str(), LVCT.Len() );
lnst->colRef.LCRF = (char *) calloc( LCRF.Len() + 1, 1 );
strncpy( lnst->colRef.LCRF, LCRF.mb_str(), LCRF.Len() );
// check if key already there
strncpy( strk, lnst->name.LINM, 8 );
strk[8] = 0;
wxString key( strk, wxConvUTF8 );
//wxString key((lnst->name.LINM), 8);
lnstmp = ( *plib->_line_sym )[key];
// insert in Hash Table
if( NULL == lnstmp ) ( *plib->_line_sym )[key] = lnst;
else
if( lnst->name.LINM != lnstmp->name.LINM ) ( *plib->_line_sym )[key] = lnst;
else
assert( 0 );
// key must be unique --should not reach this
inserted = TRUE;
}
ret = ReadS52Line( pBuf, NEWLN, 0, fp );
ChopS52Line( pBuf, '\0' );
} while( inserted == FALSE );
return ret;
}
void ReadCategoryXML(xmlNode * a_node)
{
xmlNode *cur_node=NULL;
for (cur_node = a_node; cur_node; cur_node = cur_node->next) {
if (cur_node->type==XML_ELEMENT_NODE){
//<Page>
if(!xmlStrcasecmp(cur_node->name,(xmlChar*)"Page")){
if(numpage < MAX_ENC_PAGES-1){
numpage++;
numtext=0;
numimage=0;
x=2;
y=2;
ParsePage(cur_node->properties);
} else {
LOG_ERROR("Too many Enc Pages, limit of %d hit", MAX_ENC_PAGES);
return;
}
}
//<Size>
if(!xmlStrcasecmp(cur_node->name,(xmlChar*)"Size"))
{
if (cur_node->children != NULL)
size = (xmlStrcasecmp ((xmlChar*)"Big", cur_node->children->content) == 0) ? 1 : 0;
}
//<Color>
if(!xmlStrcasecmp(cur_node->name,(xmlChar*)"Color")){
ParseColor(cur_node->properties);
if (cur_node->children != NULL)
GetColorFromName (cur_node->children->content);
}
//<Text>
if(!xmlStrcasecmp(cur_node->name,(xmlChar*)"Text")){
_Text *T=(_Text*)malloc(sizeof(_Text));
_Text *t=&Page[numpage].T;
T->Next=NULL;
ParseText(cur_node->properties);
T->x=x;
T->y=y;
T->size=size;
T->r=r; T->g=g; T->b=b;
T->text=NULL;
T->ref=NULL;
lastextlen = 0;
if (cur_node->children != NULL)
{
MY_XMLSTRCPY (&T->text, (char*)cur_node->children->content);
lastextlen = strlen (T->text) * ((T->size) ? 11 : 8);
x += lastextlen;
}
while (t->Next != NULL)
t = t->Next;
t->Next = T;
}
//<nl>
if(!xmlStrcasecmp(cur_node->name,(xmlChar*)"nl")){
x=2;
y+=(size)?18:15;
}
//<nlkx>
if(!xmlStrcasecmp(cur_node->name,(xmlChar*)"nlkx")){
y+=(size)?18:15;
x-=lastextlen;
}
//<Image>
if(!xmlStrcasecmp(cur_node->name,(xmlChar*)"image")){
_Image *I=(_Image*)malloc(sizeof(_Image));
_Image *i=&Page[numpage].I;
xposupdate=1; yposupdate=1;
ParseImage(cur_node->properties);
I->mouseover=mouseover;
mouseover=0;
while(i->Next!=NULL)i=i->Next;
I->id=id;
I->Next=NULL;
if(!I->mouseover){
I->x=x;
I->y=y;
I->xend=x+xend;
I->yend=y+yend;
if(xposupdate)
x+=xend;
if(yposupdate)
y+=yend-((size)?18:15);
}else{
I->x=i->x;
I->y=i->y;
I->xend=i->xend;
I->yend=i->yend;
}
I->u=u;
I->v=v;
I->uend=uend;
I->vend=vend;
i->Next=I;
numimage++;
}
//<sImage>
if(!xmlStrcasecmp(cur_node->name,(xmlChar*)"simage")){
_Image *I=(_Image*)malloc(sizeof(_Image));
_Image *i=&Page[numpage].I;
int picsperrow,xtile,ytile;
float ftsize;
xposupdate=1; yposupdate=1;
ParseSimage(cur_node->properties);
picsperrow=isize/tsize;
xtile=tid%picsperrow;
ytile=tid/picsperrow;
ftsize=(float)tsize/isize;
#ifdef NEW_TEXTURES
u = ftsize * xtile;
v = ftsize * ytile;
uend = u + ftsize;
vend = v + ftsize;
#else /* NEW_TEXTURES */
u=ftsize*xtile;
v=-ftsize*ytile;
uend=u+ftsize;
vend=v-ftsize;
#endif /* NEW_TEXTURES */
I->mouseover=mouseover;
mouseover=0;
while(i->Next!=NULL)i=i->Next;
I->id=id;
I->Next=NULL;
if(!I->mouseover){
I->x=x;
I->y=y;
I->xend=x+(tsize*((float)ssize/100));
I->yend=y+(tsize*((float)ssize/100));
if(xposupdate)
x+=(tsize*((float)ssize/100));
if(yposupdate)
y+=(tsize*((float)ssize/100))-((size)?18:15);
}else{
I->x=i->x;
I->y=i->y;
I->xend=i->xend;
I->yend=i->yend;
}
I->u=u;
I->v=v;
I->uend=uend;
I->vend=vend;
i->Next=I;
numimage++;
}
//<ddsImage>
if(!xmlStrcasecmp(cur_node->name,(xmlChar*)"ddsimage")){
_Image *I=(_Image*)malloc(sizeof(_Image));
_Image *i=&Page[numpage].I;
int picsperrow,xtile,ytile;
float ftsize;
xposupdate=1; yposupdate=1;
ParseSimage(cur_node->properties);
if(size==99)
size=99;
picsperrow=isize/tsize;
xtile=tid%picsperrow;
ytile=tid/picsperrow;
ftsize=(float)tsize/isize;
u=ftsize*xtile;
v=ftsize*ytile;
uend=u+ftsize;
vend=v+ftsize;
I->mouseover=mouseover;
mouseover=0;
while(i->Next!=NULL)i=i->Next;
I->id=id;
I->Next=NULL;
if(!I->mouseover){
I->x=x;
I->y=y;
I->xend=x+(tsize*((float)ssize/100));
I->yend=y+(tsize*((float)ssize/100));
if(xposupdate)
x+=(tsize*((float)ssize/100));
if(yposupdate)
y+=(tsize*((float)ssize/100))-((size)?18:15);
}else{
I->x=i->x;
I->y=i->y;
I->xend=i->xend;
I->yend=i->yend;
}
I->u=u;
I->v=v;
I->uend=uend;
I->vend=vend;
i->Next=I;
numimage++;
}
//<Pos>
if(!xmlStrcasecmp(cur_node->name,(xmlChar*)"pos")){
ParsePos(cur_node->properties);
}
//<link>
if(!xmlStrcasecmp(cur_node->name,(xmlChar*)"link")){
_Text *T=(_Text*)malloc(sizeof(_Text));
_Text *t=&Page[numpage].T;
ParseLink(cur_node->properties);
T->Next=NULL;
T->x=x;
T->y=y;
T->size=size;
T->r=r; T->g=g; T->b=b;
T->text=NULL;
T->ref=NULL;
MY_XMLSTRCPY(&T->text, s);
MY_XMLSTRCPY(&T->ref, ss);
while(t->Next!=NULL)t=t->Next;
t->Next=T;
x+=strlen(T->text)*((T->size)?11:8);
lastextlen=strlen(T->text)*((T->size)?11:8);
#ifdef ENCYCL_NAVIGATION
save_raw_page_link(T->ref, T->text, numpage);
#endif
}
// See if this is the new maximum length.
if(Page[numpage].max_y < y)
{
Page[numpage].max_y = y;
}
}
ReadCategoryXML(cur_node->children);
}
}
