static void UI_ReportUserMessage(KonohaContext *kctx, kinfotag_t level, kfileline_t pline, const char *msg, int isNewLine)
{
const char *beginTag = BeginTag(kctx, level);
const char *endTag = EndTag(kctx, level);
const char *kLF = isNewLine ? "\n" : "";
if(pline > 0) {
const char *file = KFileLine_textFileName(pline);
PLATAPI printf_i("%s - (%s:%d) %s%s%s" , beginTag, PLATAPI shortFilePath(file), (kushort_t)pline, msg, kLF, endTag);
}
else {
PLATAPI printf_i("%s%s%s%s", beginTag, msg, kLF, endTag);
}
}
bool FbXmlHandler::NodeHandler::doEnd(const QString &name, bool & exists)
{
if (m_handler) {
bool found = exists || name == m_name;
m_handler->doEnd(name, found);
if (m_handler->m_closed) { delete m_handler; m_handler = NULL; }
if (found) { exists = true; return true; }
}
bool found = name == m_name;
m_closed = found || exists;
if (m_closed) EndTag(m_name);
exists = found;
return true;
}
bool KrEncoder::EndDat()
{
StartTag( KYRATAG_END );
EndTag();
SDL_RWseek( stream, numRlePos, SEEK_SET );
GLASSERT( numRGBA >= numSegment );
//GLASSERT( numSegment >= numLine ); //maks: Is be possible (GE_N.bmp)
SDL_WriteLE32( stream, numRGBA );
SDL_WriteLE32( stream, numLine );
SDL_WriteLE32( stream, numSegment );
#ifdef DEBUG
GLOUTPUT( "Tally count: rgba=%d line=%d segment=%d\n", numRGBA, numLine, numSegment );
#endif
cachedWrite.Flush();
return true;
}
static void UI_ReportCompilerMessage(KonohaContext *kctx, kinfotag_t taglevel, kfileline_t pline, const char *msg)
{
const char *beginTag = BeginTag(kctx, taglevel);
const char *endTag = EndTag(kctx, taglevel);
PLATAPI printf_i("%s - %s%s\n", beginTag, msg, endTag);
}
//int ExtractXMLData(char ch,_searchParameters* searchParam,_searchProperty *searchProperty, char* result);
int ExtractXMLData(char ch,_searchParameters* searchParam,_searchProperty *searchProperty, char* result, U16 resLen)
{
switch(xmlState)
{
case PARSE_STATE_START:
if(ch == '<')
{
buffIndex = 0;
if(buffIndex < PARSER_BUFFER_LENGTH)
pBuff[buffIndex++] = ch;
xmlState = PARSE_STATE_READ;
}
if(activateStore)
{
if(ch >= ' ')
{
if(resIndex < resLen)
result[resIndex++]=ch;
else
return -1;
}
}
break;
case PARSE_STATE_READ:
if(buffIndex < PARSER_BUFFER_LENGTH)
{
pBuff[buffIndex++] = ch;
}
if(activateStore)
{
if(resIndex < resLen)
{
result[resIndex++]=ch;
}
else
return -1;
}
if(ch == '>')
{
if(buffIndex < PARSER_BUFFER_LENGTH)
pBuff[buffIndex]= '\0';
buffIndex = 0;
// Analyse the string starting from "<" to ">"
int i,attFound;
char attAndKey[50];
// search for a stop block
for(i=0; i< activeAtt ; i ++)
{
attFound = 1;
if(searchParam[i].tag != NULL)
attFound &= (strstr(pBuff,EndTag(searchParam[i].tag))? 1:0);
if(attFound)
{
xmlState = PARSE_STATE_STOP_ANALYSE;
activeAtt = i;
break;
}
}
// Search for a start block with right attributes
for (i=0; (i< (activeAtt+1) && i<(searchProperty->noOfSearchParam)) ; i ++)
{
attFound = 1;
if(searchParam[i].tag != NULL)
attFound &= (strstr(pBuff,searchParam[i].tag)? 1:0);
// Concatenate attribute and key and search in pBuff.
if(searchParam[i].attribute != NULL && searchParam[i].key != NULL)
{
StrCopy(attAndKey, searchParam[i].attribute,50);
StrCat(attAndKey, searchParam[i].key ,50);
attFound &= (strstr(pBuff,attAndKey)? 1:0);
}
if((attFound == 1) &&
((searchParam[i].tag != NULL) ||
((searchParam[i].attribute!= NULL) &&
(searchParam[i].key != NULL))))
{
xmlState = PARSE_STATE_START_ANALYSE;
activeAtt = i+1;
if(activeAtt == searchProperty->noOfSearchParam)
{
dataFound = 1;
}
break;
}
}
// Check for comments and remove it from the result.
char *pStr=NULL;
pStr = strstr(result,"<!");
if(pStr)
{
*pStr ='\0';
resIndex = strlen(result);
}
if(xmlState == PARSE_STATE_READ)
xmlState = PARSE_STATE_START;
}
break;
case PARSE_STATE_START_ANALYSE:
if(activeAtt == searchProperty->dataOfSearchParam)
{
resIndex = 0;
if(searchProperty->resultType != XMLDATA_BODY )
{
if((resIndex + strlen(pBuff))< resLen)
StrCopy(result, pBuff,resLen);
else
return -1;
resIndex = strlen(result);
}
activateStore = 1;
if(searchProperty->resultType == XMLDATA_TAG && resIndex <resLen)
{
result[resIndex]='\0';
return 1;
}
}
if(activateStore)
{
if(resIndex< resLen)
result[resIndex++] = ch;
else
return -1;
}
if(buffIndex < PARSER_BUFFER_LENGTH)
pBuff[buffIndex++]=ch;
if(ch == '<')
xmlState = PARSE_STATE_READ;
else
xmlState = PARSE_STATE_START;
break;
case PARSE_STATE_STOP_ANALYSE:
if(activeAtt+1 == searchProperty->dataOfSearchParam)
{
activateStore = 0;
if(dataFound && resIndex <resLen)
{
char *pStr=NULL;
result[resIndex] = '\0';
if(searchProperty->resultType == XMLDATA_BODY)
{
pStr= strstr(result,EndTag(searchParam[activeAtt].tag));
*pStr='\0';
}
return 1;
}
}
if(buffIndex < PARSER_BUFFER_LENGTH)
pBuff[buffIndex++]=ch;
if(ch == '<')
xmlState = PARSE_STATE_READ;
else
xmlState = PARSE_STATE_START;
break;
}
return 0;
}
