StringBuffer CacheSyncSource::getItemSignature(StringBuffer& key) {
void* content = NULL;
size_t size = 0;
if (key.length() <= 0) {
return NULL;
}
LOG.debug("[%s] Getting signature for item with key %s", getName(), key.c_str());
content = getItemContent(key, &size);
StringBuffer s;
s.sprintf("%ld", calculateCRC(content, size));
if (content) { delete [] (char*)content; content = NULL; }
return s;
}
SyncItem* CacheSyncSource::fillSyncItem(StringBuffer* key) {
SyncItem* syncItem = NULL;
size_t size = 0;
void* content = NULL;
if (!key) {
return NULL;
}
LOG.debug("[%s] Filling item with key %s", getName(), key->c_str());
content = getItemContent((*key), &size);
WCHAR* wkey = toWideChar(key->c_str());
syncItem = new SyncItem(wkey);
syncItem->setData(content, size);
if (wkey) { delete [] wkey; wkey = NULL; }
if (content) { delete [] (char*)content; content = NULL; }
return syncItem;
}
int generateXmlItem( struct itemnode_t * itemList, int * itemListTotal, struct xmlDesc_t * xmlDesc , struct xmlItem_t * xmlItemList, int * xmlItemListTotal, int * xmlItemListAlarmTotal ){
char longStr[100000];
char md5BaseStr[100000];
char guid[50];
int flagRegion[MAX_ITEMLIST_LENGTH];
int flagTitle[MAX_ITEMLIST_LENGTH];
int flagTime[MAX_ITEMLIST_LENGTH];
int flagContent[MAX_ITEMLIST_LENGTH];
int flagXmlItem[MAX_ITEMLIST_LENGTH][7];
int xmlItemTotal = 0;
int subscript;
int targetSubscript;
int xmlItemListFreshPoint = 0;
int offset;
fetchRule( itemList, itemListTotal, xmlDesc[XML_ITEM_REGION], flagRegion );
fetchRule( itemList, itemListTotal, xmlDesc[XML_ITEM_TITLE], flagTitle );
fetchRule( itemList, itemListTotal, xmlDesc[XML_ITEM_TIME], flagTime );
fetchRule( itemList, itemListTotal, xmlDesc[XML_ITEM_CONTENT], flagContent );
memset(flagXmlItem, 0, sizeof(flagXmlItem));
for ( subscript = 1; subscript<=*itemListTotal; subscript++ ){
if ( flagRegion[subscript] == XML_FETCH_ITEM_NOG ) continue;
if ( flagTitle[subscript] == XML_FETCH_ITEM_START ){
if ( flagXmlItem[xmlItemTotal][XML_ITEM_TITLE] != 0 || xmlItemTotal ==0 ) xmlItemTotal++;
flagXmlItem[xmlItemTotal][XML_ITEM_TITLE] = subscript;
}
if ( flagTime[subscript] == XML_FETCH_ITEM_START ){
if ( flagXmlItem[xmlItemTotal][XML_ITEM_TIME] != 0 || xmlItemTotal ==0 ) xmlItemTotal++;
flagXmlItem[xmlItemTotal][XML_ITEM_TIME] = subscript;
}
if ( flagContent[subscript] == XML_FETCH_ITEM_START ){
if ( flagXmlItem[xmlItemTotal][XML_ITEM_CONTENT] != 0 || xmlItemTotal ==0 ) xmlItemTotal++;
flagXmlItem[xmlItemTotal][XML_ITEM_CONTENT] = subscript;
}
}
// *xmlItemListTotal = 0; // warning !!! this line just for debuging
// printf("{================\n");
// for ( subscript=1; subscript<=*xmlItemListTotal; subscript++)
// printXmlItemListNode( xmlItemList, xmlItemListTotal, subscript );
// printf("}================\n");
for (subscript=1; subscript<=xmlItemTotal; subscript++){
printf("fetch\n\ttitle: %d\n\ttime: %d\n\tcontent: %d\n", flagXmlItem[subscript][XML_ITEM_TITLE],flagXmlItem[subscript][XML_ITEM_TIME],flagXmlItem[subscript][XML_ITEM_CONTENT]);
// getItemContent( itemList, itemListTotal, flagTitle, flagXmlItem[subscript][XML_ITEM_TITLE], longStr );
// printf("%s\n", longStr);
// Rmd5(longStr,longStr);
// printf("%s\n",longStr);
// getItemRichContent( itemList, itemListTotal, flagTitle, flagXmlItem[subscript][XML_ITEM_TITLE], longStr );
// // printf("%s\n", longStr);
// getItemContent( itemList, itemListTotal, flagContent, flagXmlItem[subscript][XML_ITEM_CONTENT], longStr );
// printf("%s\n", longStr);
// Rmd5(longStr,longStr);
// printf("%s\n",longStr);
// getItemRichContent( itemList, itemListTotal, flagContent, flagXmlItem[subscript][XML_ITEM_CONTENT], longStr );
// // printf("%s\n", longStr);
strcpy( md5BaseStr, "" );
getItemContent( itemList, itemListTotal, flagTitle, flagXmlItem[subscript][XML_ITEM_TITLE], longStr );
strcat( md5BaseStr, longStr );
getItemContent( itemList, itemListTotal, flagContent, flagXmlItem[subscript][XML_ITEM_CONTENT], longStr );
strcat( md5BaseStr, longStr );
Rmd5( md5BaseStr, guid );
// printf("md5 guid: %s\n", guid);
targetSubscript = xmlItemListSearch( xmlItemList, xmlItemListTotal, guid );
// printf("%d\n",targetSubscript);
if ( targetSubscript == 0 ){
printf("not found, to create it. %d\n", targetSubscript);
(*xmlItemListTotal)++;
targetSubscript = *xmlItemListTotal;
// printf("%d\n",targetSubscript);
xmlItemList[targetSubscript].text[FRSS_ITEM_TITLE] = NULL;
// xmlItemList[targetSubscript].richText[FRSS_ITEM_TITLE] = NULL;
xmlItemList[targetSubscript].text[FRSS_ITEM_TIME] = NULL;
// xmlItemList[targetSubscript].richText[FRSS_ITEM_TIME] = NULL;
xmlItemList[targetSubscript].text[FRSS_ITEM_CONTENT] = NULL;
xmlItemList[targetSubscript].richText[FRSS_ITEM_CONTENT] = NULL;
xmlItemList[targetSubscript].text[FRSS_ITEM_GUID] = NULL;
// xmlItemList[targetSubscript].richText[FRSS_ITEM_GUID] = NULL;
if ( xmlItemListFreshPoint == 0 ) xmlItemListFreshPoint = targetSubscript;
if ( getItemContent( itemList, itemListTotal, flagTitle, flagXmlItem[subscript][XML_ITEM_TITLE], longStr ) ){
xmlItemList[targetSubscript].text[FRSS_ITEM_TITLE] = malloc( strlen(longStr)+1 );
strcpy( xmlItemList[targetSubscript].text[FRSS_ITEM_TITLE], longStr );
}
if ( getItemContent( itemList, itemListTotal, flagTime, flagXmlItem[subscript][XML_ITEM_TIME], longStr ) ){
xmlItemList[targetSubscript].text[FRSS_ITEM_TIME] = malloc( strlen(longStr)+1 );
strcpy( xmlItemList[targetSubscript].text[FRSS_ITEM_TIME], longStr );
}
if ( getItemContent( itemList, itemListTotal, flagContent, flagXmlItem[subscript][XML_ITEM_CONTENT], longStr ) ){
xmlItemList[targetSubscript].text[FRSS_ITEM_CONTENT] = malloc( strlen(longStr)+1 );
strcpy( xmlItemList[targetSubscript].text[FRSS_ITEM_CONTENT], longStr );
}
xmlItemList[targetSubscript].text[FRSS_ITEM_GUID] = malloc( strlen(guid)+1 );
strcpy( xmlItemList[targetSubscript].text[FRSS_ITEM_GUID], guid );
}
}
// for ( subscript=1; subscript<=*xmlItemListTotal; subscript++)
// printXmlItemListNode( xmlItemList, xmlItemListTotal, subscript );
if ( xmlItemListFreshPoint != 0 ){
offset = *xmlItemListTotal - (xmlItemListFreshPoint-1);
*xmlItemListAlarmTotal = offset;
for ( subscript=1; subscript<=offset; subscript++ )
swapXmlItemListNode( xmlItemList, xmlItemListTotal, *xmlItemListTotal+subscript, xmlItemListFreshPoint-1+subscript );
for ( subscript=xmlItemListFreshPoint-1; subscript>=1; subscript--)
swapXmlItemListNode( xmlItemList, xmlItemListTotal, subscript, subscript+offset );
for ( subscript=1; subscript<=offset; subscript++ )
swapXmlItemListNode( xmlItemList, xmlItemListTotal, *xmlItemListTotal+subscript, subscript );
}
// for ( subscript=1; subscript<=*xmlItemListTotal; subscript++)
// printXmlItemListNode( xmlItemList, xmlItemListTotal, subscript );
// int a[10]={0,4,5,6,7,1,2,3};
// int i;
// for (i=1;i<=7;i++) printf(" %d",a[i]);
// printf("\n");
// xmlItemListFreshPoint = 5;
// *xmlItemListTotal=7;
// if ( xmlItemListFreshPoint != 0 ){
// offset = 7- (xmlItemListFreshPoint-1);
// for ( subscript=1; subscript<=offset; subscript++ )
// swap( &(a[*xmlItemListTotal+subscript]), &(a[xmlItemListFreshPoint-1+subscript]) );
// for ( subscript=xmlItemListFreshPoint-1; subscript>=1; subscript--)
// swap( &(a[subscript]), &(a[subscript+offset]) );
// for ( subscript=1; subscript<=offset; subscript++ )
// swap( &(a[*xmlItemListTotal+subscript]), &(a[subscript]) );
// }
// for (i=1;i<=7;i++) printf(" %d",a[i]);
// printf("\n");
return 1;
}
